James 021-040
NOVEL METHOD FOR QUANTITATIVE DETERMINATION OF ANT
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专利内容由知识产权出版社提供
专利名称:NOVION OF ANTIGEN
发明人:MOTODA SHIYOUSAKU,SEKINE SHIGERU,TSUNODA YOSHITAKA
申请号:J P 24 4 73283 申请日:19831227 公开号:J P S601384 65A 公开日:19850723
摘要:PURPOSE:To determine quantitatively, easily and quickly an antigen with high sensitivity by bringing an antigen into reaction with the liposome conjugated with one antibody of two kinds of antibodies which are different in kind. CONSTITUTION:The antihuman-alpha-fetoprotein goat antibody F(ab)2 treated by dithiothreitol (DTT) is brought into reaction with a liposome suspension to conjugate the antibody with the liposome. Various concn. of human-alpha-fetoprotein solns. are added to the abovementioned antibody-conjugated liposome suspension and further an antihuman-alphafetoprotein rabbit antibody and the guinea pig complement diluted about 30 times in a Veronal buffer are added thereto and a reaction is caused for about 15min at about 37 deg.C. A coloring reagent (4-amino antipyrinephenol-H2O2) is then added thereto and after the reaction is caused for about 5min at about 37 deg.C, the absorbancy is measured and the free ratio (%) of the material (peroxidase) contained in the liposome is de t e r mine d.
Other than interior machine
专利名称:Other than interior machine 发明人:紺谷 守,守川 守申请号:JP2000304507申请日:20001004公开号:JP4829401B2公开日:20111207专利内容由知识产权出版社提供摘要:PROBLEM TO BE SOLVED: To provide an air conditioner capable of effecting the operation of demonstration mode without setting the demonstration mode especially. SOLUTION: The air conditioner, provided with an operation mode for display or the demonstration mode other than a normal operation mode, is equipped with a memory element for storing the demonstration mode while the commodity of the air conditioner is delivered under a condition that the demonstration mode is stored in the memory element and when the insertion plug of an indoor machine for the air conditioner is connected to a commercial power supply at a shop, the demonstration mode operation can be effected whereby the demonstration mode operation can be effected simply without effecting any complicated operation.申请人:シャープ株式会社地址:大阪府大阪市阿倍野区長池町22番22号国籍:JP代理人:平井 良憲更多信息请下载全文后查看。
MEDICAL INFORMATION PROCESSING SYSTEM, STORAGE MED
专利名称:MEDICAL INFORMATION PROCESSINGSYSTEM, STORAGE MEDIUM FOR MEDICALINFORMATION PROCESSING, AND READERFOR MEDICAL INFORMATION PROCESSING发明人:KANO TOKIO,嘉納 時男申请号:JP2005201884申请日:20050711公开号:JP2006048670A公开日:20060216专利内容由知识产权出版社提供专利附图:摘要:PROBLEM TO BE SOLVED: To provide a processing technology of medical information capable of providing high-grade service in peace using a storage medium such as an IC card without once sending personal information to a system.SOLUTION: A medical information processing system comprises a network computer 4 capable of reading and writing the IC card 500, a server 2 for supplying a program and data to the network computer 4, and a public database 3 that can be accessed from the server and stores user interface information, medical information, or the like. The network computer 4 anonymizes biologic information sent from the IC card 500 after the required authentication. The anonymized biologic information is transmitted and received among various places (5, 6, 7, 8 and 9) such as facilities only while the IC card is authenticated, and can be associated with the medical information on the database.COPYRIGHT: (C)2006,JPO&NCIPI申请人:KANO TOKIO,嘉納 時男地址:東京都国立市富士見台2-42-26国籍:JP代理人:鈴江 武彦,河野 哲,中村 誠,蔵田 昌俊,峰 隆司,福原 淑弘,村松 貞男,橋本 良郎更多信息请下载全文后查看。
2009年度全港独木舟马拉松锦标赛
香港獨木舟總會主辦 香港航海學校協辦康樂及文化事務署資助日期: 2009年9月13日(星期日)如比賽當日早上7時天文台宣佈強烈季候風訊號、一號或以上颱風訊號,比賽將會順延至2009年9月20日(星期日)舉行。
如2009年9月20日早上7時天文台再次宣佈強烈季候風訊號、一號或以上颱風訊號,比賽將會取消。
時間:上午9時至午4時地點:出發──銅鑼灣香港遊艇會(香港海底隧道入口)終點──赤柱香港航海學校賽程:約26千米項目:組別男子女子參賽資格高級單人組99高級雙人組99男女混合組919歲或以上*新秀單人組99新秀雙人組99賽員必須:不曾代表香港參加任何海外賽事;或/及不曾在過去三年內之全港馬拉松賽、吐露港長途賽或西貢長途賽中取得前三名獎項。
青年單人組98 15歲至18歲*青年雙人組915歲至18歲*(可男雙、女雙人或男女混合)先進組99 40歲或以上* 所有賽員必須持有「中級獨木舟證書」或「中級金章」或以上資歷。
使用裝置船尾舵艇隻者,必須持有初級競賽員(K) 證書或以上資歷。
備註:年齡計算以比賽當日為準。
(2009年9月13日)裝備:賽員必須自備比賽艇隻及一切個人裝備。
出發時間:上午10時正。
獎品: 1.每項賽事均設冠、亞、季軍。
2.「團體盃」將頒予得分最高之註冊屬會,計分方法如下:冠軍6分亞軍4分季軍3分第四名2分第五名1分參賽屬會在同分的情況下,以屬下所有賽員獲得較高及較多名次者為勝,計至最後一名。
香港獨木舟總會主辦 香港航海學校協辦康樂及文化事務署資助比賽條例及安全守則1.賽員必須自備所有裝備,出賽艇隻必須適宜作海上航程,並附有下列設備:艇前及艇後必須有安全繩及手挽艇頭及艇尾必須各有固定13.6公斤浮力。
艇隻可裝置船尾舵2.賽員必須在整個賽事進行期間穿著/佩戴下列所有裝備:合標準之救生衣或助浮器防浪裙鞋(款式必須包著整個腳掌,涼鞋及拖鞋均不合標準)哨子適當之划艇裝束3.凡於比賽中使用裝置船尾舵艇隻者,必須持有初級競賽員(K)證書或以上資歷,並於報名時將有關資歷證明一併呈交。
斯普林格数学研究生教材丛书
《斯普林格数学研究生教材丛书》(Graduate Texts in Mathematics)GTM001《Introduction to Axiomatic Set Theory》Gaisi Takeuti, Wilson M.Zaring GTM002《Measure and Category》John C.Oxtoby(测度和范畴)(2ed.)GTM003《Topological Vector Spaces》H.H.Schaefer, M.P.Wolff(2ed.)GTM004《A Course in Homological Algebra》P.J.Hilton, U.Stammbach(2ed.)(同调代数教程)GTM005《Categories for the Working Mathematician》Saunders Mac Lane(2ed.)GTM006《Projective Planes》Daniel R.Hughes, Fred C.Piper(投射平面)GTM007《A Course in Arithmetic》Jean-Pierre Serre(数论教程)GTM008《Axiomatic set theory》Gaisi Takeuti, Wilson M.Zaring(2ed.)GTM009《Introduction to Lie Algebras and Representation Theory》James E.Humphreys(李代数和表示论导论)GTM010《A Course in Simple-Homotopy Theory》M.M CohenGTM011《Functions of One Complex VariableⅠ》John B.ConwayGTM012《Advanced Mathematical Analysis》Richard BealsGTM013《Rings and Categories of Modules》Frank W.Anderson, Kent R.Fuller(环和模的范畴)(2ed.)GTM014《Stable Mappings and Their Singularities》Martin Golubitsky, Victor Guillemin (稳定映射及其奇点)GTM015《Lectures in Functional Analysis and Operator Theory》Sterling K.Berberian GTM016《The Structure of Fields》David J.Winter(域结构)GTM017《Random Processes》Murray RosenblattGTM018《Measure Theory》Paul R.Halmos(测度论)GTM019《A Hilbert Space Problem Book》Paul R.Halmos(希尔伯特问题集)GTM020《Fibre Bundles》Dale Husemoller(纤维丛)GTM021《Linear Algebraic Groups》James E.Humphreys(线性代数群)GTM022《An Algebraic Introduction to Mathematical Logic》Donald W.Barnes, John M.MackGTM023《Linear Algebra》Werner H.Greub(线性代数)GTM024《Geometric Functional Analysis and Its Applications》Paul R.HolmesGTM025《Real and Abstract Analysis》Edwin Hewitt, Karl StrombergGTM026《Algebraic Theories》Ernest G.ManesGTM027《General Topology》John L.Kelley(一般拓扑学)GTM028《Commutative Algebra》VolumeⅠOscar Zariski, Pierre Samuel(交换代数)GTM029《Commutative Algebra》VolumeⅡOscar Zariski, Pierre Samuel(交换代数)GTM030《Lectures in Abstract AlgebraⅠ.Basic Concepts》Nathan Jacobson(抽象代数讲义Ⅰ基本概念分册)GTM031《Lectures in Abstract AlgebraⅡ.Linear Algabra》Nathan.Jacobson(抽象代数讲义Ⅱ线性代数分册)GTM032《Lectures in Abstract AlgebraⅢ.Theory of Fields and Galois Theory》Nathan.Jacobson(抽象代数讲义Ⅲ域和伽罗瓦理论)GTM033《Differential Topology》Morris W.Hirsch(微分拓扑)GTM034《Principles of Random Walk》Frank Spitzer(2ed.)(随机游动原理)GTM035《Several Complex Variables and Banach Algebras》Herbert Alexander, John Wermer(多复变和Banach代数)GTM036《Linear Topological Spaces》John L.Kelley, Isaac Namioka(线性拓扑空间)GTM037《Mathematical Logic》J.Donald Monk(数理逻辑)GTM038《Several Complex Variables》H.Grauert, K.FritzsheGTM039《An Invitation to C*-Algebras》William Arveson(C*-代数引论)GTM040《Denumerable Markov Chains》John G.Kemeny, urie Snell, Anthony W.KnappGTM041《Modular Functions and Dirichlet Series in Number Theory》Tom M.Apostol (数论中的模函数和Dirichlet序列)GTM042《Linear Representations of Finite Groups》Jean-Pierre Serre(有限群的线性表示)GTM043《Rings of Continuous Functions》Leonard Gillman, Meyer JerisonGTM044《Elementary Algebraic Geometry》Keith KendigGTM045《Probability TheoryⅠ》M.Loève(概率论Ⅰ)(4ed.)GTM046《Probability TheoryⅡ》M.Loève(概率论Ⅱ)(4ed.)GTM047《Geometric Topology in Dimensions 2 and 3》Edwin E.MoiseGTM048《General Relativity for Mathematicians》Rainer.K.Sachs, H.Wu伍鸿熙(为数学家写的广义相对论)GTM049《Linear Geometry》K.W.Gruenberg, A.J.Weir(2ed.)GTM050《Fermat's Last Theorem》Harold M.EdwardsGTM051《A Course in Differential Geometry》Wilhelm Klingenberg(微分几何教程)GTM052《Algebraic Geometry》Robin Hartshorne(代数几何)GTM053《A Course in Mathematical Logic for Mathematicians》Yu.I.Manin(2ed.)GTM054《Combinatorics with Emphasis on the Theory of Graphs》Jack E.Graver, Mark E.WatkinsGTM055《Introduction to Operator TheoryⅠ》Arlen Brown, Carl PearcyGTM056《Algebraic Topology:An Introduction》W.S.MasseyGTM057《Introduction to Knot Theory》Richard.H.Crowell, Ralph.H.FoxGTM058《p-adic Numbers, p-adic Analysis, and Zeta-Functions》Neal Koblitz(p-adic 数、p-adic分析和Z函数)GTM059《Cyclotomic Fields》Serge LangGTM060《Mathematical Methods of Classical Mechanics》V.I.Arnold(经典力学的数学方法)(2ed.)GTM061《Elements of Homotopy Theory》George W.Whitehead(同论论基础)GTM062《Fundamentals of the Theory of Groups》M.I.Kargapolov, Ju.I.Merzljakov GTM063《Modern Graph Theory》Béla BollobásGTM064《Fourier Series:A Modern Introduction》VolumeⅠ(2ed.)R.E.Edwards(傅里叶级数)GTM065《Differential Analysis on Complex Manifolds》Raymond O.Wells, Jr.(3ed.)GTM066《Introduction to Affine Group Schemes》William C.Waterhouse(仿射群概型引论)GTM067《Local Fields》Jean-Pierre Serre(局部域)GTM069《Cyclotomic FieldsⅠandⅡ》Serge LangGTM070《Singular Homology Theory》William S.MasseyGTM071《Riemann Surfaces》Herschel M.Farkas, Irwin Kra(黎曼曲面)GTM072《Classical Topology and Combinatorial Group Theory》John Stillwell(经典拓扑和组合群论)GTM073《Algebra》Thomas W.Hungerford(代数)GTM074《Multiplicative Number Theory》Harold Davenport(乘法数论)(3ed.)GTM075《Basic Theory of Algebraic Groups and Lie Algebras》G.P.HochschildGTM076《Algebraic Geometry:An Introduction to Birational Geometry of Algebraic Varieties》Shigeru IitakaGTM077《Lectures on the Theory of Algebraic Numbers》Erich HeckeGTM078《A Course in Universal Algebra》Stanley Burris, H.P.Sankappanavar(泛代数教程)GTM079《An Introduction to Ergodic Theory》Peter Walters(遍历性理论引论)GTM080《A Course in_the Theory of Groups》Derek J.S.RobinsonGTM081《Lectures on Riemann Surfaces》Otto ForsterGTM082《Differential Forms in Algebraic Topology》Raoul Bott, Loring W.Tu(代数拓扑中的微分形式)GTM083《Introduction to Cyclotomic Fields》Lawrence C.Washington(割圆域引论)GTM084《A Classical Introduction to Modern Number Theory》Kenneth Ireland, Michael Rosen(现代数论经典引论)GTM085《Fourier Series A Modern Introduction》Volume 1(2ed.)R.E.Edwards GTM086《Introduction to Coding Theory》J.H.van Lint(3ed .)GTM087《Cohomology of Groups》Kenneth S.Brown(上同调群)GTM088《Associative Algebras》Richard S.PierceGTM089《Introduction to Algebraic and Abelian Functions》Serge Lang(代数和交换函数引论)GTM090《An Introduction to Convex Polytopes》Ame BrondstedGTM091《The Geometry of Discrete Groups》Alan F.BeardonGTM092《Sequences and Series in BanachSpaces》Joseph DiestelGTM093《Modern Geometry-Methods and Applications》(PartⅠ.The of geometry Surfaces Transformation Groups and Fields)B.A.Dubrovin, A.T.Fomenko, S.P.Novikov (现代几何学方法和应用)GTM094《Foundations of Differentiable Manifolds and Lie Groups》Frank W.Warner(可微流形和李群基础)GTM095《Probability》A.N.Shiryaev(2ed.)GTM096《A Course in Functional Analysis》John B.Conway(泛函分析教程)GTM097《Introduction to Elliptic Curves and Modular Forms》Neal Koblitz(椭圆曲线和模形式引论)GTM098《Representations of Compact Lie Groups》Theodor Breöcker, Tammo tom DieckGTM099《Finite Reflection Groups》L.C.Grove, C.T.Benson(2ed.)GTM100《Harmonic Analysis on Semigroups》Christensen Berg, Jens Peter Reus Christensen, Paul ResselGTM101《Galois Theory》Harold M.Edwards(伽罗瓦理论)GTM102《Lie Groups, Lie Algebras, and Their Representation》V.S.Varadarajan(李群、李代数及其表示)GTM103《Complex Analysis》Serge LangGTM104《Modern Geometry-Methods and Applications》(PartⅡ.Geometry and Topology of Manifolds)B.A.Dubrovin, A.T.Fomenko, S.P.Novikov(现代几何学方法和应用)GTM105《SL₂ (R)》Serge Lang(SL₂ (R)群)GTM106《The Arithmetic of Elliptic Curves》Joseph H.Silverman(椭圆曲线的算术理论)GTM107《Applications of Lie Groups to Differential Equations》Peter J.Olver(李群在微分方程中的应用)GTM108《Holomorphic Functions and Integral Representations in Several Complex Variables》R.Michael RangeGTM109《Univalent Functions and Teichmueller Spaces》Lehto OlliGTM110《Algebraic Number Theory》Serge Lang(代数数论)GTM111《Elliptic Curves》Dale Husemoeller(椭圆曲线)GTM112《Elliptic Functions》Serge Lang(椭圆函数)GTM113《Brownian Motion and Stochastic Calculus》Ioannis Karatzas, Steven E.Shreve (布朗运动和随机计算)GTM114《A Course in Number Theory and Cryptography》Neal Koblitz(数论和密码学教程)GTM115《Differential Geometry:Manifolds, Curves, and Surfaces》M.Berger, B.Gostiaux GTM116《Measure and Integral》Volume1 John L.Kelley, T.P.SrinivasanGTM117《Algebraic Groups and Class Fields》Jean-Pierre Serre(代数群和类域)GTM118《Analysis Now》Gert K.Pedersen(现代分析)GTM119《An introduction to Algebraic Topology》Jossph J.Rotman(代数拓扑导论)GTM120《Weakly Differentiable Functions》William P.Ziemer(弱可微函数)GTM121《Cyclotomic Fields》Serge LangGTM122《Theory of Complex Functions》Reinhold RemmertGTM123《Numbers》H.-D.Ebbinghaus, H.Hermes, F.Hirzebruch, M.Koecher, K.Mainzer, J.Neukirch, A.Prestel, R.Remmert(2ed.)GTM124《Modern Geometry-Methods and Applications》(PartⅢ.Introduction to Homology Theory)B.A.Dubrovin, A.T.Fomenko, S.P.Novikov(现代几何学方法和应用)GTM125《Complex Variables:An introduction》Garlos A.Berenstein, Roger Gay GTM126《Linear Algebraic Groups》Armand Borel(线性代数群)GTM127《A Basic Course in Algebraic Topology》William S.Massey(代数拓扑基础教程)GTM128《Partial Differential Equations》Jeffrey RauchGTM129《Representation Theory:A First Course》William Fulton, Joe HarrisGTM130《Tensor Geometry》C.T.J.Dodson, T.Poston(张量几何)GTM131《A First Course in Noncommutative Rings》m(非交换环初级教程)GTM132《Iteration of Rational Functions:Complex Analytic Dynamical Systems》AlanF.Beardon(有理函数的迭代:复解析动力系统)GTM133《Algebraic Geometry:A First Course》Joe Harris(代数几何)GTM134《Coding and Information Theory》Steven RomanGTM135《Advanced Linear Algebra》Steven RomanGTM136《Algebra:An Approach via Module Theory》William A.Adkins, Steven H.WeintraubGTM137《Harmonic Function Theory》Sheldon Axler, Paul Bourdon, Wade Ramey(调和函数理论)GTM138《A Course in Computational Algebraic Number Theory》Henri Cohen(计算代数数论教程)GTM139《Topology and Geometry》Glen E.BredonGTM140《Optima and Equilibria:An Introduction to Nonlinear Analysis》Jean-Pierre AubinGTM141《A Computational Approach to Commutative Algebra》Gröbner Bases, Thomas Becker, Volker Weispfenning, Heinz KredelGTM142《Real and Functional Analysis》Serge Lang(3ed.)GTM143《Measure Theory》J.L.DoobGTM144《Noncommutative Algebra》Benson Farb, R.Keith DennisGTM145《Homology Theory:An Introduction to Algebraic Topology》James W.Vick(同调论:代数拓扑简介)GTM146《Computability:A Mathematical Sketchbook》Douglas S.BridgesGTM147《Algebraic K-Theory and Its Applications》Jonathan Rosenberg(代数K理论及其应用)GTM148《An Introduction to the Theory of Groups》Joseph J.Rotman(群论入门)GTM149《Foundations of Hyperbolic Manifolds》John G.Ratcliffe(双曲流形基础)GTM150《Commutative Algebra with a view toward Algebraic Geometry》David EisenbudGTM151《Advanced Topics in the Arithmetic of Elliptic Curves》Joseph H.Silverman(椭圆曲线的算术高级选题)GTM152《Lectures on Polytopes》Günter M.ZieglerGTM153《Algebraic Topology:A First Course》William Fulton(代数拓扑)GTM154《An introduction to Analysis》Arlen Brown, Carl PearcyGTM155《Quantum Groups》Christian Kassel(量子群)GTM156《Classical Descriptive Set Theory》Alexander S.KechrisGTM157《Integration and Probability》Paul MalliavinGTM158《Field theory》Steven Roman(2ed.)GTM159《Functions of One Complex Variable VolⅡ》John B.ConwayGTM160《Differential and Riemannian Manifolds》Serge Lang(微分流形和黎曼流形)GTM161《Polynomials and Polynomial Inequalities》Peter Borwein, Tamás Erdélyi(多项式和多项式不等式)GTM162《Groups and Representations》J.L.Alperin, Rowen B.Bell(群及其表示)GTM163《Permutation Groups》John D.Dixon, Brian Mortime rGTM164《Additive Number Theory:The Classical Bases》Melvyn B.NathansonGTM165《Additive Number Theory:Inverse Problems and the Geometry of Sumsets》Melvyn B.NathansonGTM166《Differential Geometry:Cartan's Generalization of Klein's Erlangen Program》R.W.SharpeGTM167《Field and Galois Theory》Patrick MorandiGTM168《Combinatorial Convexity and Algebraic Geometry》Günter Ewald(组合凸面体和代数几何)GTM169《Matrix Analysis》Rajendra BhatiaGTM170《Sheaf Theory》Glen E.Bredon(2ed.)GTM171《Riemannian Geometry》Peter Petersen(黎曼几何)GTM172《Classical Topics in Complex Function Theory》Reinhold RemmertGTM173《Graph Theory》Reinhard Diestel(图论)(3ed.)GTM174《Foundations of Real and Abstract Analysis》Douglas S.Bridges(实分析和抽象分析基础)GTM175《An Introduction to Knot Theory》W.B.Raymond LickorishGTM176《Riemannian Manifolds:An Introduction to Curvature》John M.LeeGTM177《Analytic Number Theory》Donald J.Newman(解析数论)GTM178《Nonsmooth Analysis and Control Theory》F.H.clarke, Yu.S.Ledyaev, R.J.Stern, P.R.Wolenski(非光滑分析和控制论)GTM179《Banach Algebra Techniques in Operator Theory》Ronald G.Douglas(2ed.)GTM180《A Course on Borel Sets》S.M.Srivastava(Borel 集教程)GTM181《Numerical Analysis》Rainer KressGTM182《Ordinary Differential Equations》Wolfgang WalterGTM183《An introduction to Banach Spaces》Robert E.MegginsonGTM184《Modern Graph Theory》Béla Bollobás(现代图论)GTM185《Using Algebraic Geomety》David A.Cox, John Little, Donal O’Shea(应用代数几何)GTM186《Fourier Analysis on Number Fields》Dinakar Ramakrishnan, Robert J.Valenza GTM187《Moduli of Curves》Joe Harris, Ian Morrison(曲线模)GTM188《Lectures on the Hyperreals:An Introduction to Nonstandard Analysis》Robert GoldblattGTM189《Lectures on Modules and Rings》m(模和环讲义)GTM190《Problems in Algebraic Number Theory》M.Ram Murty, Jody Esmonde(代数数论中的问题)GTM191《Fundamentals of Differential Geometry》Serge Lang(微分几何基础)GTM192《Elements of Functional Analysis》Francis Hirsch, Gilles LacombeGTM193《Advanced Topics in Computational Number Theory》Henri CohenGTM194《One-Parameter Semigroups for Linear Evolution Equations》Klaus-Jochen Engel, Rainer Nagel(线性发展方程的单参数半群)GTM195《Elementary Methods in Number Theory》Melvyn B.Nathanson(数论中的基本方法)GTM196《Basic Homological Algebra》M.Scott OsborneGTM197《The Geometry of Schemes》David Eisenbud, Joe HarrisGTM198《A Course in p-adic Analysis》Alain M.RobertGTM199《Theory of Bergman Spaces》Hakan Hedenmalm, Boris Korenblum, Kehe Zhu(Bergman空间理论)GTM200《An Introduction to Riemann-Finsler Geometry》D.Bao, S.-S.Chern, Z.Shen GTM201《Diophantine Geometry An Introduction》Marc Hindry, Joseph H.Silverman GTM202《Introduction to Topological Manifolds》John M.LeeGTM203《The Symmetric Group》Bruce E.SaganGTM204《Galois Theory》Jean-Pierre EscofierGTM205《Rational Homotopy Theory》Yves Félix, Stephen Halperin, Jean-Claude Thomas(有理同伦论)GTM206《Problems in Analytic Number Theory》M.Ram MurtyGTM207《Algebraic Graph Theory》Chris Godsil, Gordon Royle(代数图论)GTM208《Analysis for Applied Mathematics》Ward CheneyGTM209《A Short Course on Spectral Theory》William Arveson(谱理论简明教程)GTM210《Number Theory in Function Fields》Michael RosenGTM211《Algebra》Serge Lang(代数)GTM212《Lectures on Discrete Geometry》Jiri Matousek(离散几何讲义)GTM213《From Holomorphic Functions to Complex Manifolds》Klaus Fritzsche, Hans Grauert(从正则函数到复流形)GTM214《Partial Differential Equations》Jüergen Jost(偏微分方程)GTM215《Algebraic Functions and Projective Curves》David M.Goldschmidt(代数函数和投影曲线)GTM216《Matrices:Theory and Applications》Denis Serre(矩阵:理论及应用)GTM217《Model Theory An Introduction》David Marker(模型论引论)GTM218《Introduction to Smooth Manifolds》John M.Lee(光滑流形引论)GTM219《The Arithmetic of Hyperbolic 3-Manifolds》Colin Maclachlan, Alan W.Reid GTM220《Smooth Manifolds and Observables》Jet Nestruev(光滑流形和直观)GTM221《Convex Polytopes》Branko GrüenbaumGTM222《Lie Groups, Lie Algebras, and Representations》Brian C.Hall(李群、李代数和表示)GTM223《Fourier Analysis and its Applications》Anders Vretblad(傅立叶分析及其应用)GTM224《Metric Structures in Differential Geometry》Gerard Walschap(微分几何中的度量结构)GTM225《Lie Groups》Daniel Bump(李群)GTM226《Spaces of Holomorphic Functions in the Unit Ball》Kehe Zhu(单位球内的全纯函数空间)GTM227《Combinatorial Commutative Algebra》Ezra Miller, Bernd Sturmfels(组合交换代数)GTM228《A First Course in Modular Forms》Fred Diamond, Jerry Shurman(模形式初级教程)GTM229《The Geometry of Syzygies》David Eisenbud(合冲几何)GTM230《An Introduction to Markov Processes》Daniel W.Stroock(马尔可夫过程引论)GTM231《Combinatorics of Coxeter Groups》Anders Bjröner, Francesco Brenti(Coxeter 群的组合学)GTM232《An Introduction to Number Theory》Graham Everest, Thomas Ward(数论入门)GTM233《Topics in Banach Space Theory》Fenando Albiac, Nigel J.Kalton(Banach空间理论选题)GTM234《Analysis and Probability:Wavelets, Signals, Fractals》Palle E.T.Jorgensen(分析与概率)GTM235《Compact Lie Groups》Mark R.Sepanski(紧致李群)GTM236《Bounded Analytic Functions》John B.Garnett(有界解析函数)GTM237《An Introduction to Operators on the Hardy-Hilbert Space》Rubén A.Martínez-Avendano, Peter Rosenthal(哈代-希尔伯特空间算子引论)GTM238《A Course in Enumeration》Martin Aigner(枚举教程)GTM239《Number Theory:VolumeⅠTools and Diophantine Equations》Henri Cohen GTM240《Number Theory:VolumeⅡAnalytic and Modern Tools》Henri Cohen GTM241《The Arithmetic of Dynamical Systems》Joseph H.SilvermanGTM242《Abstract Algebra》Pierre Antoine Grillet(抽象代数)GTM243《Topological Methods in Group Theory》Ross GeogheganGTM244《Graph Theory》J.A.Bondy, U.S.R.MurtyGTM245《Complex Analysis:In the Spirit of Lipman Bers》Jane P.Gilman, Irwin Kra, Rubi E.RodriguezGTM246《A Course in Commutative Banach Algebras》Eberhard KaniuthGTM247《Braid Groups》Christian Kassel, Vladimir TuraevGTM248《Buildings Theory and Applications》Peter Abramenko, Kenneth S.Brown GTM249《Classical Fourier Analysis》Loukas Grafakos(经典傅里叶分析)GTM250《Modern Fourier Analysis》Loukas Grafakos(现代傅里叶分析)GTM251《The Finite Simple Groups》Robert A.WilsonGTM252《Distributions and Operators》Gerd GrubbGTM253《Elementary Functional Analysis》Barbara D.MacCluerGTM254《Algebraic Function Fields and Codes》Henning StichtenothGTM255《Symmetry Representations and Invariants》Roe Goodman, Nolan R.Wallach GTM256《A Course in Commutative Algebra》Kemper GregorGTM257《Deformation Theory》Robin HartshorneGTM258《Foundation of Optimization》Osman GülerGTM259《Ergodic Theory:with a view towards Number Theory》Manfred Einsiedler, Thomas WardGTM260《Monomial Ideals》Jurgen Herzog, Takayuki HibiGTM261《Probability and Stochastics》Erhan CinlarGTM262《Essentials of Integration Theory for Analysis》Daniel W.StroockGTM263《Analysis on Fock Spaces》Kehe ZhuGTM264《Functional Analysis, Calculus of Variations and Optimal Control》Francis ClarkeGTM265《Unbounded Self-adjoint Operatorson Hilbert Space》Konrad Schmüdgen GTM266《Calculus Without Derivatives》Jean-Paul PenotGTM267《Quantum Theory for Mathematicians》Brian C.HallGTM268《Geometric Analysis of the Bergman Kernel and Metric》Steven G.Krantz GTM269《Locally Convex Spaces》M.Scott Osborne。
中国6 223例急性胰腺炎病因及病死率分析
中国6 223例急性胰腺炎病因及病死率分析急性胰腺炎协作组【摘要】目的调查我国急性胰腺炎(AP)的主要病因及病死率,为临床诊疗工作提供参考依据.方法收集我国12所医院收治的AP患者,采用统一的软件记录患者的临床流行病学、实验室检查、影像学检查及相关的临床治疗经过,然后对所有患者的病因及病死率进行分析总结.结果所收集的6 223例患者中,重症急性胰腺炎(SAP)1 743例,轻症急性胰腺炎(MAP)4 480例.胆源性胰腺炎3 385例,占54.4%;特发性胰腺炎1 228例,占19.7%;高脂血症性胰腺炎782例,占12.6%;酒精性胰腺炎仅496例,占8.0%.284例患者病死,总病死率4.6%;SAP病死率15.6%,MAP为0.3%.结论胆道疾病是我国AP的主要病因,SAP中以特发性胰腺炎的病死率最高,AP患者的病死率与高龄有关.【期刊名称】《中华胰腺病杂志》【年(卷),期】2006(006)006【总页数】5页(P321-325)【关键词】胰腺炎;急性病;病因;病死率【作者】急性胰腺炎协作组【作者单位】200433,上海,第二军医大学附属长海医院消化内科【正文语种】中文【中图分类】R5急性胰腺炎(acute pancreatitis, AP)是消化系统常见疾病,尽管近年来在AP的诊治方面取得了不少进展,并发症发生率有明显下降[1],但其病死率却居高不下,对其病因及发病机制的了解也极为有限[2],因此AP仍然对我国人民的健康构成一定威胁。
目前针对AP的流行病学研究绝大多数在欧美发达国家进行[3-8],结果表明酒精中毒与胆道疾病是最常见的两种病因,约占总病例数的60%80%[1-7],其他病因少见[9-11]。
文献报道AP的病死率为5.7%10%,如果出现并发症则病死率可高达30%35%[12,13]。
目前我国缺乏AP的流行病学研究资料,各种病因的分布尚不十分清楚,病因与胰腺炎的病死率有无联系也未完全阐明[12,13]。
SITE TRAFFIC PLAN - SA-JER-CNAAA-TPIT-509307_rev00
Project N° UnitContractor/Vendor Document CodeSerial N° Rev. Page2365 AAA PP 856 001/29 COMPANY Doc. N°SA-JER-CNAAA-TPIT-509307Document Type:PRCSystem/Subsystem:Discipline: CNSCPY StatusIFRDate 08-SEP-2010JER PACKAGE 2A – CONVERSIONSATORP00 08-SEP-2010IFR/IFR - ISSUE FOR REVIEW / FOR REVIEW-COMMENTS O. DI FAZIO FORTIG. LICENZIATOA. SAVI / A. PERACCINIREV.DATEREVISION MEMOWRITTEN BY (name & visa) CHECKED BY (name & visa) APPROV./AUTHOR. BY(name & visa)DOCUMENT REVISIONSTECHNIP ITALY S.p.A. - 00148 ROMA - Viale Castello della Magliana, 68T h i s d o c u m e n t i s p r o p e r t y o f S A T O R P a n d s h a l l n o t b e d i s c l o s e d t o t h i r d p a r t i e s o r r e p r o d u c e d w i t h o u t p e r m i s s i o n o f t h e o w n e r .SITE TRAFFIC PLANPACKAGE 2ADocument Type:PRCSystem/Subsystem:Discipline: CNSCPY StatusIFRDate 08-SEP-2010JER PACKAGE 2A – CONVERSIONSATORPT h i s d o c u m e n t i s p r o p e r t y o f S A T O R P a n d s h a l l n o t b e d i s c l o s e d t o t h i r d p a r t i e s o r r e p r o d u c e d w i t h o u t p e r m i s s i o n o f t h e o w n e r .INDEX1. INTRODUCTION.................................................................................................................42. REFERENCE DOCUMENTS..............................................................................................43. PLAN LOCATION AND AREAS.........................................................................................5 3.1. Vicinity Map and Key Plan...................................................................................................5 3.2. JER TCF Complex Key Areas.............................................................................................54. SITE ROADS AND TRAFFIC RULES................................................................................6 4.1. Road Interruption.................................................................................................................6 4.2. General Traffic Rules ..........................................................................................................6 4.3.Access Gates to TCF Complex and Plot 9 (7)4.3.1. Generals Rules and Regulations to access TCF Complex and Plot 9.........................................7 4.3.2. Rules and Regulations to access TCF Complex through Main Gate 1.......................................8 4.3.3.Rules and Regulations to access Plot 9 through East and West Gates (8)4.4. Material Control...................................................................................................................8 4.5. Safety Traffic Rules.............................................................................................................9 4.6. Speed Limits........................................................................................................................9 4.7. Parking rules .......................................................................................................................9 5. SITE TRAFFIC FLOW AND ROUTES..............................................................................10 5.1. Plot 9 Traffic Map..............................................................................................................10 5.2. Package 2A Internal Traffic...............................................................................................10 5.3. TCF Complex Traffic Map.................................................................................................10 5.4. Shuttle Buses Map............................................................................................................11 5.5. COMPANY / CONTRACTOR (2A and 5A) Office Area Traffic Map..................................11 6. OFFSITE TRAFFIC...........................................................................................................11 6.1. Traffic Risk Mitigation........................................................................................................12 6.2. Communication Information and Training .........................................................................13 6.3. Vehicles Safety..................................................................................................................13 7. VEHICLE GATE PASSES AND INSPECTION SYSTEM.................................................13 7.1. Vehicle Gate Pass.............................................................................................................13 7.2. Vehicle Initial Inspection....................................................................................................13 7.3. SUBCONTRACTORS’ Vehicles Inspection and Maintenance Program...........................14 8. CONSTRUCTION VEHICLE AND HOISTING EQUIPMENT ...........................................16 9. EQUIPMENT AND MATERIAL TRANSPORTATION......................................................16 9.1. Special Transport..............................................................................................................17 10. HEAVY LOADS MANAGEMENT.....................................................................................17 10.1. Route Survey.....................................................................................................................17 10.2. Road Survey......................................................................................................................17 11. FUELLING ON SITE.........................................................................................................18 12. PEDESTRIAN...................................................................................................................18 13. TRAFFIC RULES BREACH..............................................................................................19 14. ROADS HOUSEKEEPING .. (19)Document Type:PRCSystem/Subsystem:Discipline: CNSCPY StatusIFRDate 08-SEP-2010JER PACKAGE 2A – CONVERSIONSATORPT h i s d o c u m e n t i s p r o p e r t y o f S A T O R P a n d s h a l l n o t b e d i s c l o s e d t o t h i r d p a r t i e s o r r e p r o d u c e d w i t h o u t p e r m i s s i o n o f t h e o w n e r .15. VEHICLE ACCIDENT AND EMERGENCY......................................................................19 16. TRAINING AND DEFENSIVE DRIVING...........................................................................19 17. ACCIDENT / INCIDENT REPORTING..............................................................................20 18. ATTACHMENTS (21)Document Type:PRCSystem/Subsystem:Discipline: CNSCPY StatusIFRDate 08-SEP-2010JER PACKAGE 2A – CONVERSIONSATORPT h i s d o c u m e n t i s p r o p e r t y o f S A T O R P a n d s h a l l n o t b e d i s c l o s e d t o t h i r d p a r t i e s o r r e p r o d u c e d w i t h o u t p e r m i s s i o n o f t h e o w n e r .1. INTRODUCTIONThe purpose of this Traffic Plan is to specify the rules and regulations with regards to site vehicular access, vehicle traffic and general vehicle safety for the JER PACKAGE 2A Project (Plot 9 and TCF Complex Lay-down / Prefabrication / Warehouse / Office and Camps Areas) from the starting of the construction activities, pre-commissioning, testing and commissioning, including all activities till the Ready for Initial Start-Up, in compliance with the JER IK LSTK Contract n° 3000235421.This Traffic Plan addresses:• Vehicles / construction equipment access to JER Jobsite; • Initial traffic hazards and management;• Rules related to CONTRACTOR material deliveries to Lay-down / Warehouseareas;• Personnel transportation to work morning / lunchtime / night time; • Visitor Vehicles access;• Free movement of vehicles on internal TCF Complex and Plot 9 carriageways; • Free movement for emergency vehicles;• Traffic hazards on the public road and Safety precautions.In order to pursue the “Zero” pedestrian/personnel traffic accidents and to maintain efficient, smooth and safe the traffic flow in the TCF Complex and Plot 9 Areas for movements of personnel/goods and services, this Traffic Plan will be reviewed and updated whenever necessary.2. REFERENCE DOCUMENTSCOMPANY (SATORP) HSE Policy, Rules & Procedures and Contractual requirements• SCHEDULE “B” and “D” of the IK CONTRACT • JER Construction Safety Manual (JERCSM)• JER General Instructions (JERGI 6.001, 6.003, 6.029, 7.026) • JER HSE Requirements – doc. no. 2271-AAA-JSM-701• JER Traffic Plan for JER TCF – doc. no. 2271TF-955-RT-1000-0015TP Contractual HSE Project Requirements & Standards• “Loss Prevention Program” (Site HSE Plan) 2365-AAA-PP-851-02 • “Hazard Identification Plan” 2365-AAA-PP-852-01 • “Site Emergency and Evacuation Plan” 2365-AAA-PP-855-00• “Site Security Plan”(to be issued on site) 2365-AAA-PP-857 • “Project HSE Plan” 2365-AAA-PP-551-00Document Type:PRCSystem/Subsystem:Discipline: CNSCPY StatusIFRDate 08-SEP-2010JER PACKAGE 2A – CONVERSIONSATORPT h i s d o c u m e n t i s p r o p e r t y o f S A T O R P a n d s h a l l n o t b e d i s c l o s e d t o t h i r d p a r t i e s o r r e p r o d u c e d w i t h o u t p e r m i s s i o n o f t h e o w n e r .• “Permit to Work Procedure” 2365-AAA-PP-860-00- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -• “Site Safety Surveillance (Safe Work Practices) 1000 GS 8001 • “Guideline for Site Motor Vehicles” 1000 GS 8004 • “Site Safe Behaviour” (BBS) 1000 GS 8005 • “Guidelines for Site Temporary Construction Facilitiesand Accommodations 1000 GS 8009 • Incident Investigation, Reporting, Classification and Statistical Data 1000 PA 55003.PLAN LOCATION AND AREASThe location of the Jubail Export Refinery (JER) is in JUBAIL 2 area situated at about 20 km from sea side. A pipe line corridor is linking JUBAIL 2 site to the King Fahd Industrial Port.As part of the JUBAIL EXPORT REFINERY (JER) project, there is an area for the Temporary Construction Facilities (TCF Complex) dedicated to JER project in Jubail Industrial area. The TCF Complex is located to the south but adjacent to JER project site, Industry Plot 9, Jubail Industrial Park 2, Royal Commission. The TCF land area is outside the Jubail 2 land boundary and located on Saudi Aramco land under Land Use Permit agreement.3.1.Vicinity Map and Key PlanThe reference drawings for the work, that shall be herewith enclosed, are:• 2271-TF-953-DW-1000-0001 TCF KEY PLAN• SA-JER-TC-AAA-TCFP-340001 SITE LAY DOWN AREA – MASTER PLAN • 2365-AAA-DW-0051-00001 2A CONVERSION OVERALL PLOT PLAN • 2365-AAA-DW-8210-00004_01 OFFICE AREA UTILITIES LAYOUT • 2365-AAA-DW-8210-00009_03 WAREHOUSE AREA LAYOUT • 2271-TF-953-DW-1000-0002 OVERALL CAMP PLOT PLAN3.2.JER TCF Complex Key AreasJER TCF Complex comprises COMPANY, CONTRACTOR and SUBCONTRACTORS camp areas, COMPANY, CONTRACTOR and SUBCONTRACTORS Temporary Site Offices, CONTRACTOR and SUBCONTRACTORS respective lay down/fabrication areas. The overall TCF Complex is equipped with its own utility infrastructure, road network, associated lighting and traffic signals, security fencing and security access.The entrance to the TCF Complex is through Main Gate 1, via dedicated access road and junction to existing highway 274 which runs adjacent to the JER site Plot 9. In orderDocument Type:PRCSystem/Subsystem:Discipline: CNSCPY StatusIFRDate 08-SEP-2010JER PACKAGE 2A – CONVERSIONSATORPT h i s d o c u m e n t i s p r o p e r t y o f S A T O R P a n d s h a l l n o t b e d i s c l o s e d t o t h i r d p a r t i e s o r r e p r o d u c e d w i t h o u t p e r m i s s i o n o f t h e o w n e r .to facilitate the access to Plot 9 from the TCF Complex, an additional dedicated site access road and bridge over existing highway 274 has been built by COMPANY.The key areas of TCF Complex are as follows:• Camp for COMPANY, CONTRACTOR and SUBCONTRACTORS. • Offices for COMPANY, CONTRACTOR and SUBCONTRACTORS.• Lay down/Fabrication areas for CONTRACTOR and SUBCONTRACTORS • Utility Systems.• Main access roads, road and junction highway 274, direct road bridge to Plot 9. • Heavy truck parking. • Internal road network.• Area Fencing, area lighting, and traffic signals. • Security guard posts. • Medical Facility. • Fire station facility.4.SITE ROADS AND TRAFFIC RULESTemporary roads and parking areas with the necessary barricades, bridges, signs, etc. have been identified on site. The overall Traffic Maps of Plot 9 and TCF Complex (attachments 1 and 2) have been developed and road traffic signs have been provided at all intersections of the different roads. In the event there is a case of intensive traffic, a flagman shall be located at different intersections to control the flow of traffic. For example; the transportation of heavy equipment, vessels, cranes, etc.All drivers have to obey the posted speed limits, driving and parking rules. Roads shall not be used as storage and/or work areas (unless specifically authorized). SUBCONTRACTORS shall maintain clean the roads within their work area on daily basis and, in addition, shall repair any damaged roads resulting from its activities that are outside of its work area. 4.1. Road InterruptionTotal interruption of a road is allowed only under specific Work Permit by CONTRACTOR. Road closure shall be planned in advance depending on its duration and impact on site activities.SUBCONTRACTORS shall not block or make any road impassable or hazardous without CONTRACTOR prior approval that will be based on availability of alternative roads for emergency vehicles.4.2.General Traffic RulesSite circulation is subject to rules of National Traffic legislation and restrictive site rules.Document Type:PRCSystem/Subsystem:Discipline: CNSCPY StatusIFRDate 08-SEP-2010JER PACKAGE 2A – CONVERSIONSATORPT h i s d o c u m e n t i s p r o p e r t y o f S A T O R P a n d s h a l l n o t b e d i s c l o s e d t o t h i r d p a r t i e s o r r e p r o d u c e d w i t h o u t p e r m i s s i o n o f t h e o w n e r .• The driver is prohibited from using hand-held cell phones while operating the vehicle.• Reversing maneuvers shall be avoided if possible; all construction equipments shall be provided with backup alarm that shall be kept in operation during reverse maneuvering.• Use of safety belts while traveling is mandatory.• Construction vehicles with limited rear visibility (trucks, etc.) shall reverse only with flagman in assistance.• Use of trucks as transportation for personnel is not permitted.• The number of personnel shall not cause overcrowd the vehicle. Cars crowded with a number of people exceeding the limits and the provisions foreseen from the car supplier and local specific rules are not allowed to enter the Site. • Vehicles may not block or hinder roads.• Riding on construction equipment (crane, winch trucks, tractors, etc.) or on a part of the vehicle not designed for taking in people (like on the back of a pick up) is strictly prohibited.4.3.Access Gates to TCF Complex and Plot 9The access to TCF Complex and Plot 9 is / will be possible through the following Gates (see attachment 1):• TCF Main Gate 1 (to access TCF Complex)• TCF Gate 2 (to access Plot 9 using the bridge over Road 274);• East Gate (to access Plot 9 without passing through TCF Complex);• West Gate (to be opened in Nov 2010, to access Plot 9 without passing throughTCF Complex).4.3.1.Generals Rules and Regulations to access TCF Complex and Plot 9• All vehicles shall access to TCF Complex and Plot 9 through COMPANY abovementioned gates only.• All vehicles must have a Vehicle Gate Pass issued by COMPANY /CONTRACTOR in order to access to the Jobsite (Plot 9 and TCF Complex).• All private vehicles and/or vehicles not belonging to the project activities cannotapply for a Vehicle Gate Pass.• COMPANY gates will be open from Saturday to Thursday in accordance with theCOMPANY normal working hours.• Use of any vehicles/equipment without Vehicle Gate pass (properly exposed)inside the Jobsite (Plot 9 and TCF Complex) is prohibited.• All vehicles moving through a gate or a check point inside the field may besearched by COMPANY Security when called upon.• Overloaded vehicles (all categories included) are banned and one passenger perseat must be observed.• It is strictly prohibited that any employee/workers/personnel reach any locationinside Plot 9 and TCF Complex by walking along the roads/access. • Appropriate transports and shuttles shall be settled.Document Type:PRCSystem/Subsystem:Discipline: CNSCPY StatusIFRDate 08-SEP-2010JER PACKAGE 2A – CONVERSIONSATORPT h i s d o c u m e n t i s p r o p e r t y o f S A T O R P a n d s h a l l n o t b e d i s c l o s e d t o t h i r d p a r t i e s o r r e p r o d u c e d w i t h o u t p e r m i s s i o n o f t h e o w n e r .4.3.2. Rules and Regulations to access TCF Complex through Main Gate 1• All permanent vehicles are given access to the TCF Complex through COMPANYMain Gate 1.• Vans, minibus, cars, visitor cars, pedestrian personnel shall access to Plot 9through TCF Main Gate 1 and TCF Gate 2 only.• Any vehicles must have Vehicle Gate Pass properly exposed and COMPANYSecurity permanently based to the gate will inspect it to ensure the correspondence between the vehicles and the exposed Vehicle Gate Pass.• All vehicles must be in good condition, well maintained and submitted to themonthly HSE inspection.• All vehicles arriving/leaving TCF Complex may be searched by COMPANYSecurity when called upon.4.3.3. Rules and Regulations to access Plot 9 through East and West Gates• These Gates will be open from Saturday to Thursday from 05:00 a.m. to 09:00 p.m. • The access to Plot 9 through the East and West Gates out of the normal workinghours remains limited and shall be granted to SUBCONTRACTOR upon CONTRACTOR and COMPANY approval only.• The access to Plot 9 through East and West Gates is strictly restricted to buses,heavy equipment, trucks, trailers and delivery or concrete mixers and pumps. Any other type of vehicles shall be routed through TCF Main Gate 1 and TCF Gate 2. • Any truck for daily / regular / exceptional delivery shall have its Daily Gate Passissued by COMPANY / CONTRACTOR prior to access to Plot 9.• Illegal stop, drop-off, pick-up, illegal workshop are also prohibited at the East andWest Gates or along the road T-322, T305, T-303.• Buses accessing to Plot 9 through East and West Gates shall transport a largenumber of personnel.• Overloaded buses are banned and one passenger per seat must be observed.COMPANY Security personnel shall ensure that dangerous material and individuals will not be allowed to enter the site and that project material and equipment does not leave the site without authorization.COMPANY Security personnel may control/inspect vehicles passing through JER Gates. A random vehicle inspection system shall be adopted in order to meet this requirement.4.4.Material ControlMaterial entering / leaving the Jobsite shall be accompanied with Material Pass. Materials will be checked also by COMPANY Security, who shall immediately inform CONTRACTOR Material Manager or his delegate once new materials arrive at Site. Unauthorized material, equipment or documentation shall be reported immediately to CONTRACTOR.Document Type:PRCSystem/Subsystem:Discipline: CNSCPY StatusIFRDate 08-SEP-2010JER PACKAGE 2A – CONVERSIONSATORPT h i s d o c u m e n t i s p r o p e r t y o f S A T O R P a n d s h a l l n o t b e d i s c l o s e d t o t h i r d p a r t i e s o r r e p r o d u c e d w i t h o u t p e r m i s s i o n o f t h e o w n e r .Deliveries, material and equipment incoming shall be authorized by CONTRACTOR and directed to lay-down / warehouse or storage areas. Collection/removal of material from those areas shall be through a Material Pass authorized by CONTRACTOR.4.5.Safety Traffic RulesAmong the others, the following rules shall be respected:• All vehicles leaving project sites shall clean loose dirt/debris from cargo beds andwheels;• Incoming/leaving delivery loads are to be securely fixed and stowed;• All site vehicles to be of serviceable condition and safety equipment in order;• All vehicles and construction equipment will be required to abide by all trafficregulations, signals and safety rules including posted speed limits and vehicle maintenance regulations;• Access to be kept clear allowing the access for emergency Ambulance, Fire orPolice vehicles;• Noise pollution to be kept within acceptable limits.4.6.Speed LimitsSpeed limits are as follows:• 25 km/hr inside Plot 9, lay down, warehouse, fabrication shops, camps and officeareas,• 40 km/hr on the two carriageways roads inside the TCF Complex, • 60 km/hr on the four carriageways roads inside the TCF Complex.However all drivers have to take in consideration local situation, additional road signs, etc. as to guarantee maximum safety for pedestrian and other vehicles.Special caution is requested at the periods of crew changing, at: ¾ Morning 06.30 am - 08.00 am ¾ Lunch time 12.00 noon - 02.00 pm ¾ Night 06.00 pm - 07.30 pm4.7.Parking rulesInside Plot 9 each EPC CONTRACTOR shall establish designated parking areas, demarcated by means of barricades and signs. Moreover designated parking areas for personnel shall be available in COMPANY / CONTRACTOR / SUBCONTRACTORS office areas, CONTRACTOR / SUBCONTRACTORS lay-down, warehouse, fabrication shops and camps areas.Traffic Maps showing the location of all the approved parking areas at JER Jobsite shall be prepared and kept constantly updated by CONTRACTOR and its SUBCONTRACTORS.The personnel shall use only approved parking areas. No vehicle shall be parked elsewhere, except vehicles that shall be used directly in site activities. Reverse parking rules shall be respected when indicated.Document Type:PRCSystem/Subsystem:Discipline: CNSCPY StatusIFRDate 08-SEP-2010JER PACKAGE 2A – CONVERSIONSATORPT h i s d o c u m e n t i s p r o p e r t y o f S A T O R P a n d s h a l l n o t b e d i s c l o s e d t o t h i r d p a r t i e s o r r e p r o d u c e d w i t h o u t p e r m i s s i o n o f t h e o w n e r .At JER Jobsite it is forbidden to park:• in front of water tanks, water guns, fire prevention equipment or other safetyequipment (like emergency and eye showers, respiration devices)• within a radius of 10 m from any fire hydrant, extinguisher, hose reel or otheremergency equipment• in traffic roads, in front of stair cases, exits, entrance roads to safety equipment;under power lines or pipe racks or in designated "No Parking" areas.Heavy/Wide Vehicle/Loads parking shall not be allowed within the TCF Complex areas, during peak traffic periods i.e. 6.30am - 8.00am, 12.00 noon - 2.00pm, 6.00pm - 7.30pm . The location of dedicated and suitable areas shall be showed in the Traffic Maps.5.SITE TRAFFIC FLOW AND ROUTESThe actual regulation of the vehicles’ circulation in TCF Complex and Plot 9 and the status of the practicable roads are described in the Traffic Maps attached to this document.The Traffic Maps shall be kept constantly updated, whenever the road network changes due to some modifications of roads practicability, like opening or closure, and shall be communicated to COMPANY and SUBCONTRACTORS.5.1. Plot 9 Traffic MapThe Traffic Map of Plot 9 shows the status of the practicable roads of Plot 9 (attachment 1) and the possible paths to reach Package 2A working areas from TCF Gate 2.5.2. Package 2A Internal TrafficThe status of the roads practicability has been established to mitigate and control the risks generated by the possible interaction between the working activities ongoing (excavations, lifting, steel erection, etc) with the circulation of vehicles. In order to reduce this interaction as much as possible the internal roads of Package 2A have been closed to the traffic of other EPC CONTRACTORS allowing only the access to construction equipment, vans and service cars with a valid Vehicle Gate Pass issued by COMPANY / CONTRACTOR. However the circulation of vans and cars on the internal roads shall be kept as low as possible by parking them in the dedicated parking areas.5.3. TCF Complex Traffic MapThe roads network of TCF Complex is described in detail in the TCF Complex Traffic Map, with the indication of the one way roads, speed limits and position of the lay-down / warehouse / fabrication shops / camps / office areas (attachment 2).Document Type:PRCSystem/Subsystem:Discipline: CNSCPY StatusIFRDate 08-SEP-2010JER PACKAGE 2A – CONVERSIONSATORPT h i s d o c u m e n t i s p r o p e r t y o f S A T O R P a n d s h a l l n o t b e d i s c l o s e d t o t h i r d p a r t i e s o r r e p r o d u c e d w i t h o u t p e r m i s s i o n o f t h e o w n e r .5.4.Shuttle Buses MapThe risk associated with the circulation of vehicles will increase as the JER Project will reach the peak. During this time besides the construction vehicles also the number of CONTRACTOR supervisors’ vehicles will be considerable. A Shuttle Bus Service has to be organized by CONTRACTOR and its SUBCONTRACTORS in order to allow the circulation of the people within the Plot 9 and between Plot 9 and TCF Complex, reducing the number of cars circulating inside Plot 9. The routing of CONTRACTOR shuttles inside Plot 9 is showed in the attached Site Shuttle Buses Map (attachment 4). 5.5.COMPANY / CONTRACTOR (2A and 5A) Office Area Traffic MapThe Office Area Traffic Map describes the parking area and vehicles circulation inside COMPANY and CONTRACTOR Office area for Package 2A and 5A (attachment 3 – TSF Viability Map). 6. OFFSITE TRAFFICMost of the personnel working for the JER project is accommodated outside TCF Complex. The roads daily covered are Dammam – Al Jubail highway and Jiddah road (Road #274).The risk for car accidents represented by the traffic on this road is considered very high, as the road itself is very busy during the rush hours (5.30 – 7.00 a.m. and 5.30 – 7.00 p.m.).The risk will increase during the peak period of the Project, when the personnel traveling will be in the range of dozens of thousands, and a large amount of trucks and trailers will transport materials to the Jobsite.Two locations along the above mentioned roads have been identified as very hazardous:• The intersection between the Exit 5 south ramp from Dammam-Jubail highwayand the Jiddah road (Road #274). At this intersection the cars coming from the Dammam – Al Jubail highway have to cross the intersection with the Jiddah road that usually at the rush hours is very busy. A traffic light is present at the intersection but it is not operational. The drawing in figure 1 shows the intersection with the traffic flows.• The U-turn on the Road #274 in front of Royal Commissioning substation in theearly morning peak hours (5.30 – 7.00 a.m.) is very hazardous due to a long queue of cars, trucks and buses obstructing part of left lane of the road.Since the risk associated with offsite traffic is considered serious for the personnel reaching/leaving JER Jobsite, it has been set up an action plan with the scope to reduce the risk, informing and training all people exposed.。
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Posted tool
专利名称:Posted tool发明人:福澤 佳之,大嶋 美恵子,越後屋 ひとみ,津川 貴美子,宮本 美枝子,大橋 博美申请号:JP2007008088申请日:20071019公开号:JP3138413U公开日:20071227专利内容由知识产权出版社提供专利附图:摘要: An object of the present invention is a posting tool that has been subjected to effective decoration is also small but, also drawing attention to the bulletin itself through the visual stimulus, to provide a role posting tool of guidance to the bulletin. A has an attachment portion for attaching the bulletin of a paper compound onto the mounting surface, the post tool 1 having a surface part 5 which can be visually provided with adesign layer 6 which has been subjected to design said surface portion, said design It is a posting tool, characterized in that the top coat layer 7 made of see-through material on the surface of the layer was laminated. .BACKGROUND申请人:社会福祉法人網走桂福祉会,株式会社カネダイ大橋牧場地址:北海道網走市字呼人722番地1,北海道網走郡東藻琴村334-16国籍:JP,JP代理人:吉田 芳春更多信息请下载全文后查看。
Regulation of oocyte maturation in fish
PDFlib PLOP: PDF Linearization, Optimization, Protection Page inserted by evaluation version – sales@ReviewRegulation of oocyte maturation infishYoshitaka Nagahama1,2*and Masakane Yamashita31Laboratory of Reproductive Biology,National Institute for Basic Biology,Okazaki444-8585,2SORST,Japan Science and Technology Corporation,Kawaguchi,Saitama332-0012,and3Laboratory of Molecular and Cellular Interactions,Faculty of Advanced Life Science,Hokkaido University,North10, West8,Sapporo060-0810,JapanA period of oocyte growth is followed by a process called oocyte maturation(the resumption of meiosis)whichoccurs prior to ovulation and is a prerequisite for successful fertilization.Our studies usingfish models have revealed that oocyte maturation is a three-step induction process involving gonadotropin(LH),maturation-inducing hormone(MIH),and maturation-promoting factor(MPF).LH acts on the ovarian follicle layer to produce MIH(17a,20b-dihydroxy-4-pregnen-3-one,17a,20b-DP,in mostfishes).The interaction of ovarian thecal and granulosa cell layers(two-cell type model),is required for the synthesis of17a,20b-DP.The dramatic increase in the capacity of postvitellogenic follicles to produce17a,20b-DP in response to LH is correlated with decreases in P450c17(P450c17-I)and P450aromatase(oP450arom)mRNA and increases in the novel form of P450c17(P450c17-II)and20b-hydroxysteroid dehydrogenase(20b-HSD)mRNA.Transcription factors such as Ad4BP/SF-1,Foxl2,and CREB may be involved in the regulation of expression of these steroidogenic enzymes.A distinct family of G-protein-coupled membrane-bound MIH receptors has been shown to mediate non-genomic actions of17a,20b-DP.The MIH signal induces the de novo synthesis of cyclin B from the stored mRNA,which activates a preexisting35kDa cdc2kinase via phosphorylation of its threonine161by cyclin-dependent kinase activating kinase,thus producing the34kDa active cdc2(active MPF).Upon egg activation, MPF is inactivated by degradation of cyclin B.This process is initiated by the26S proteasome through thefirst cut in its NH2terminus at lysine57.Key words:17a,20b-dihydroxy-4-pregnen-3-one,fish,gonadotropin,oocyte maturation,maturation-inducing hormone,maturation-promoting factor.IntroductionVertebrate oocytes,which grow within the ovarian fol-licles,are arrested at thefirst meiotic prophase.In teleosts,as in other nonmammalian vertebrates,the principal events responsible for the enormous growth of oocytes are due essentially to the accumulation of yolk proteins within their cytoplasm(Devlin&Naga-hama2002).After the oocyte completes its growth,it becomes ready for the next phase of oogenesis,that is, the resumption of meiosis(completion of thefirst meiotic division followed by progression to metaphase II),which is accompanied by several maturational processes in the nucleus and cytoplasm of the oocyte. This process,called oocyte maturation,occurs prior to ovulation and is a prerequisite for successful fertiliza-tion;it consists of breakdown of the germinal vesicle (GVBD),chromosome condensation,assembly of the meiotic spindle,and formation of thefirst polar body. Although oocyte maturation has been studied in a variety of vertebrates and invertebrates,including mammals(Mehlmann2005),amphibians(Masui& Clarke1979;Maller&Krebs1980;Hammes2004),fishes(Nagahama et al.1994;Thomas1994;Naga-hama1997)and starfishes(Kishimoto1999),the endocrine regulation of oocyte maturation has been investigated most extensively infishes(see above). Studies using well-characterized in vitro systems as well as those of in vivo systems have revealed that oocyte maturation infish is regulated by three media-tors,gonadotropin(GTH;luteinizing hormone,LH), maturation-inducting hormone(MIH),and maturation-promoting factor(MPF)(Fig.1).This review will discuss*Author to whom all correspondence should be addressed.Email:nagahama@nibb.ac.jpReceived22February2008;accepted24February2008.©2008The AuthorsJournal compilation©2008Japanese Society ofDevelopmental BiologistsDevelop.Growth Differ.(2008)50,S195–S219doi:10.1111/j.1440-169X.2008.01019.xthe mechanisms whereby hormones act to induce oocyte maturation (meiotic resumption)through the action of MPF in fish.GTHPituitary GTH regulates oogenesis in vertebrates through its stimulation of sex steroid synthesis by ovarian follicles surrounding developing oocytes.The fish pituitary produces two types of GTH,follicle-stimulating hormone (FSH)and LH (Kawauchi et al.1989;Swanson 1991),which are structurally and prob-ably functionally homologous to their counterparts in other vertebrates (Planas et al.2000).The temporal pattern of secretion in several fishes suggests that FSH has a dominant role in regulating vitellogenic growth of follicles,partly through stimulation of estradiol-17b (E2)biosynthesis by ovarian follicles.LH is involved in the final maturation of gametes,partly through the stimula-tion of production of MIH (Nagahama 1994;Nagahama et al.1994;Fig.1).E2regulates ovarian development through its control of vitellogenin synthesis in the liver during the oocyte growth period.A variety of experimental approaches have been used to investigate the hormonal regulation of oocyte maturation in teleosts.Among them,in vitro oocyte GVBD bioassays have proven to be most useful for determining the potencies of various GTH prepara-tions and steroids in inducing oocyte maturation.Although various pituitary GTH preparations including LH are the primary endocrine factor responsible for the induction of oocyte maturation,this hormone does not seem to act directly on the oocyte to induce meiotic maturation.The definitive proof for the indirect action of GTH on oocyte maturation was obtained from incubation studies using various follicular prepara-tions (see below for the details).In these experiments,GTH was shown to be able to induce oocyte matura-tion by intact follicles (follicle-enclosed oocytes),but not by defolliculated (denuded)oocytes.It was thus concluded that that GTH induces the final phase of oocyte maturation in teleosts indirectly,as it does in amphibians (Masui &Clarke 1979),by stimulating the production of certain substance(s).MIHIdentificationExtensive in vitro incubation studies were performed to examine the effects of various compounds on the induction of oocyte maturation in a number of teleost species.C21steroids such as 20b -dihydroprogesterone,17a ,20b -DP ,17a ,20b ,21-trihydroxy-4-pregnen-3-one (20b -S),and 11-deoxycorticosterone (DOC)have been shown to be potent steroid inducers of GVBD (Jalabert 1976;Sundararaj &Goswami 1977;Young et al.1982;Goetz 1983;Nagahama et al.1983).Among them,17a ,20b -DP is the most effective steroid in the induc-tion of GVBD in the majority of teleost species examined to date (Nagahama et al.1983).Testoster-one,as well as other C19steroids,was found to induce GVBD only at high concentrations.E2and other C18steroids are generally not effective inducer of oocyte maturation in fish oocytes.The data described above regarding the effects of GTH and C21steroids on fish meiotic maturation suggest that the maturational action of GTH appears to be dependent on the synthesis of a secondary steroidal mediator,MIH (Fig.1).We then attempted to purify and characterize the MIH of a salmonid,amago salmon (Oncorhynchus rhodurus ),from media in which immature but full-grown folliculated oocytes had been incubated with GTH (Nagahama &Adachi 1985).One of the major features of salmonid ovaries is that the follicles they contain are extremelylargeFig.1.Schematic diagram showing the hormonal regulation of oocyte maturation in fish.Gonadotropin (luteinizing hormone,LH)released from the pituitary stimulates the production of maturation-inducing hormone (MIH)(17a ,20b -dihydroxy-4-pregnen-3-one,17a ,20b -DP in most fishes)by the ovarian follicle layers,thecal and granulosa cell layers.The mechanism of MIH action on oocyte maturation involves a complex interac-tion between oocyte MIH receptors and signal transduction pathways via inhibitory G-proteins.The MIH signal induces the formation of maturation-promoting factor (MPF)through phos-phorylated complex of cyclin B and cdc2,and MPF further induces germinal vesicle breakdown and oocyte maturation.See text for more complete discussion.S196Y.Nagahama and M.Yamashita©2008The AuthorsJournal compilation ©2008Japanese Society of Developmental Biologists(about3–5mm in diameter)and develop synchro-nously,an enormous advantage for biochemical studies since a large number of follicles at the same stage of development can be obtained easily.Among 20fractions separated by reserved phase high perfor-mance liquid chromatography,maturation-inducing activity was found in only one fraction which had a retention time coinciding exactly with17a,20b-DP.The purity andfinal characterization of this active fraction were further confirmed by thin layer chromatography and mass spectrometry with authentic17a,20b-DP.In collaboration with Dr A.Kambegawa(Teikyo Univer-sity),a specific radioimmunoassay for17a,20b-DP was developed and was applied to measure blood concentrations of this steroid during sexual maturation of amago salmon(Young et al.1983c).Plasma levels of17a,20b-DP were very low or nondetectable in vitel-logenic females but were strikingly elevated in mature and ovulated females.Importantly,the increase in plasma17a,20b-DP levels correlated well with a dra-matic rise in plasma GTH levels(Young et al.1983c). 17a,20b-DP was thus identified as the naturally occurring MIH in amago salmon(Nagahama&Adachi1985;Nagahama1987).Further studies from our labo-ratory and others indicate that17a,20b-DP functions as the MIH common to many other teleostfishes including most species of salmonids(Nagahama et al. 1994).Later,20b-S was identified as a naturally occur-ring MIH of a variety of perciformfishes including Atlantic croaker(Micropogonias undulatus)and spotted seatrout(Cynoscion nebulosus)(Trant& Thomas1989;Thomas1994).BiosynthesisThe identification of MIH in amago salmon as 17a,20b-DP has made it possible to investigate in detail the mechanisms of the synthesis of this steroid in the ovarian follicle and action of this MIH in inducing the resumption of meiosis in teleost oocytes.As in other vertebrates,a complex series of enzymes are respon-sible for the biosynthesis of sex steroids infish gonads. The biosynthesis of17a,20b-DP is illustrated in Figure2.The pathway initiates with the synthesis of the steroid precursor pregnenolone via side-chain-cleavage of cholesterol by cholesterol side-chain cleavage cytochrome P450(P450scc).Pregnenolone is converted to progesterone by3b-HSD(D4pathway) or to17a-hydroxypregnenolone by17a-hydroxylase activity of cytochrome P450c17(P450c17)(D5 pathway).Progesterone and17a-hydroxypreg-nenolone are then converted to17a-hydroxy-progesteone which is followed by the production of 17a,20b-DP by20b-hydroxysteroid dehydrogenase (20b-HSD).Thus,the high activities of two ste-roidogenic enzymes,17a-hydroxylyase(P450c17)and 20b-HSD,seem to be critical to initiate maturational events(Senthilkumaran et al.2004;Fig.2).Two-cell type modelIn vertebrates,the growth and maturation of the ovarian follicles is dependent on the appropriate dynamics of sex steroid secretion.The identification of two major steroid hormones to mediate the actions of FSH(E2,oocyte growth)and LH(17a,20b-DP,oocyte maturation)infish ovarian follicles permitted a study of the role of the follicle layer in the production of these two steroid hormones.Ovarian follicles of teleosts,like those of other ver-tebrates,are composed of two major cell layers,an outer thecal cell layer and an inner granulosa cell layer,that are separated by a distinct basement mem-brane(Nagahama1983).The development of simple dissection techniques to separate the ovarian follicles of salmonidfishes into two cell layers,the thecal and granulosa cell layers,has made it possible to eluci-date the relative contributions of each cell layer and GTH in the overall process of17a,20b-DP production (Nagahama1994;Nagahama et al.1994).17a,20b-DP.Our in vitro studies using various fol-licular preparations obtained from amago salmon demonstrated that17a,20b-DP production byintact Fig.2.The steroidogenic pathway(D4and D5pathways) involved in the production of estradiol-17b during oocyte growth (vitellogenesis)and17a,20b-DP(oocyte maturation)in thefish ovary.Cytochrome P450c17with two enzymatic activities(17a-hydroxylase and17,20-lyase)takes the key position in the production of both estradiol-17b and17a,20b-DP.For the pro-duction of estadiol-17b,both the hydroxylase and lyase activities of P450c17and cytochrome P450aromatase(P450arom)are needed.For the production of17a,20b-DP,only the hydroxylase activity of P450c17and20b-hydroxysteroid dehydrogenase (20b-HSD)are required.See text for more complete discussion.S197Regulation of oocyte maturation infish©2008The Authors Journal compilation©2008Japanese Society of Developmental Biologistsfollicles at different stages of development showed that the capacity of the follicles to respond to GTH by synthesizing this steroid is acquired in association with the ability of the oocyte to mature in response to GTH(immediately prior to the natural maturation periods)(Young et al.1983b).GTH stimulates 17a,20b-DP production by intact follicles and thecal and granulosa cell co-culture preparations,but not by the isolated thecal and granulosa cells,indicating that both thecal and granulosa cell layers are necessary for GTH-induced17a,20b-DP production(Young et al. 1986).Further experiments examining the effects of conditional media from incubates of one follicle cell layer on steroidogenesis by the other cell layer revealed that the thecal cell layer produced a steroid precursor which was metabolized to17a,20b-DP in the granulosa cell layer.We then identified17a-hydroxyprogesteone as the major precursor produced by thecal cells in response to GTH.GTH greatly stimu-lated17a-hydroxyprogesterone by thecal cell layers but only slightly stimulated17a-hydroxyprogesterone production by the other follicular preparations. Incubation of granulosa cell layer with exogenous GTH resulted in elevated17a,20b-DP levels, whereas thecal cell layers incubated with17a-hydroxyprogesterone produced relatively small amounts of17a,20b-DP which should be attributed to contamination of thecal cell preparations with granu-losa cell layers.Considering all of these data,a two-cell type model for17a,20b-DP has been proposed. In this model,the thecal cell layer produces17a-hydroxyprogesterone that transverses the basal lamina and is converted to17a,20b-DP by the granu-losa cell layer where GTH acts to enhance the activity of20b-HSD,the key enzyme involved in the con-version of17a-hydroxyprogesterone to17a,20b-DP (Young et al.1986;Nagahama et al.1994).We also found that the thecal cell layer from amago salmon and the granulosa cell layer from the rainbow trout, Oncorhynchus mykiss,could produce the same effect as has been reported using a combination of thecal and granulosa cell layers from the same species.The reciprocal use of amago salmon granulosa and rainbow trout thecal cell layers also is effective.These findings imply that there may be little species speci-ficity of each of these cell layers among salmonids. Further studies are required to determine whether this two-cell type model is applicable to the production of MIH in ovarian follicles of other teleostfishes.ing incubation techniques similar to those used for the studies on follicular17a,20b-DP production, we have investigated the role of each follicular cell layer in the production of E2.In this model,the thecal cell layer produces testosterone that is converted to E2by the granulosa cell layer where GTH acts to enhance the activity of aromatase,the key enzyme involved in the conversion of testosterone to E2 (Kagawa et al.1982;Nagahama1987;Nagahama et al.1994).Steroidogenic shiftInfish ovaries,E2is produced during oocyte growth, while MIH is produced during oocyte maturation. Thus,a dramatic shift in the steroidogenic pathway from E2to17a,20b-DP or20b-S occurs infish ovarian follicles immediately prior to oocyte maturation (Fig.2).This switch in the type of steroid hormone produced during ovarian development is likely to be primarily regulated by changes in the abundance of individual steroidogenic enzymes through changes in expression of genes encoding steroidogenesis-related proteins in developing ovarian follicles.There are two important stages,thefirst being the shift in the synthesis of precursor steroids from testosterone to 17a-hydroxyprogesterone,while the other is the shift in thefinal steroidogenic enzymes from oP450arom (for the production of E2)to20b-HSD(for the produc-tion of17a,20b-DP or20b-S)(Fig.2).We have used,in addition to salmonidfishes,the medaka Oryzias latipes(which spawns daily)and the Nile tilapia Oreochromis niloticus(which spawns approximately every2weeks)to investigate molecular mechanisms of the steroidogenic shift.These two species are excellent models for studies of the hor-monal regulation of ovarian cycles and transcriptional regulation of the genes encoding steroidogenic enzymes.The sequence of events associated with the ovarian activity,such as vitellogenesis,oocyte matu-ration,and ovulation,can be accurately timed in medaka and tilapia(Sakai et al.1988;Senthilkumaran et al.2002;Yoshiura et al.2003).P450c17.In the biosynthesis of steroid hormones, cytochrome P450c17is the single enzyme that cata-lyzes both the17a-hydroxylation of C21steroids and the17,20-lyase activity that cleaves the C17–C20 bond to produce C19sex steroids.During the matu-ration of oocytes,fish postvitellogenic follicles have to synthesize a large amount of MIH,17a,20b-DP or 20b-S from17a-hydroxyprogesterone,the immediate precursor of17a,20b-DP.To achieve this,a shift in precursor steroid production from testosterone(for E2production)to17a-hydroxyprogesterone(for 17a,20b-DP production)must occur infish postvitello-genic follicles immediately prior to oocyte maturation. Because17a-hydroxyprogesterone is produced fromS198Y.Nagahama and M.Yamashita ©2008The AuthorsJournal compilation©2008Japanese Society of Developmental Biologistsprogesterone by the hydroxylase activity of P450c17, its17,20-lyase activity needs to be downregulated in these postvitellogenic follicles.Sufficient17a-hydroxylase activity must be sustained to supply substrate for17a,20b-DP synthesis during the oocyte maturation stage.This is complicated because17a-hydroxylyase and17,20-lyase activities are encoded by a single cytochrome P450c17,which drives sex steroid production by converting pregnenolone to 17a-hydroxypregnenolone and converting pro-gesterone to17a-hydroxyprogesterone.These17a-hydroxylated steroids may then be converted by 17,20-lyase to dehydroepiandrosterone and andros-tenedione,respectively.Thus,the P450c17enzyme is a key branch point infish steroid hormone synthesis, as these two enzymatic activities distinguishes between synthesis of C21steroids and C18and C19 steroids.Until recently no studies were reported infish to explain the differential regulation of the two enzy-matic activities of P450c17.In mammals,a steroidogenic shift also occurs in the ovary during the transition from the follicular phase tothe luteal/maturation phase,but in this case from E2to progesterone.Since the production of progesterone does not need the activity of P450c17,a cessation of the hydroxylase and lyase activities of P450c17is sufficient to achieve the steroidogenic shift in mammals (Voss&Fortune1993;Komar et al.2001).However, the differential regulation of P450c17appears to be needed for the mammalian adrenal steroidogenesis during aging.The selective production of corticoster-oids and sex steroids during the aging process is especially brought about by the variation in17,20-lyase and also17a-hydroxylase activities(Chung et al.1987; Picado-Leonard&Miller1987).Further studies dem-onstrated that the selective elevation of17,20-lyase activity is brought about by a cyclic AMP(cAMP)-dependent protein kinase(also known as protein kinase A)through serine/threonine phosphorylation (Zhang et al.1995;Pandey et al.2003),while dephos-phorylation leaves alone the17a-hydroxylase activity for P450c17.As only a single P450c17enzyme was also found to exist infish,the same mechanisms found in mammalian adrenals were thought to be responsible for the switching in the action of P450c17during the steroidogenic shift in the gonads offish(Sakai et al. 1992;Kobayashi et al.1996).However,no studies have proved this claim convincingly.Recently we identified,in addition to the conven-tional type of P450c17(P450c17-I),a novel type of P450c17(P450c17-II)in the genomes of tilapia, medaka,fugu(Fugu rubripes)and tetraodon(Tetra-odon nigroviridis)(Zhou et al.2007a).These two types of P450c17are encoded by two different genes.Sur-prisingly,enzymatic assays reveal that P450c17-II possesses unique17a-hydroxylase activity,without any17,20-lyase activity,in contrast to P450c17-I, which showed both17a-hydroxylase and17,20-lyase activities.Tissue distribution analyzed by reverse transcription–polymerase chain reaction(RT–PCR) clearly revealed that tilapia P450c17-II was expressed not only in the gonads,but also in the head kidney, while P450c17-I was exclusively expressed in the gonads.In situ hybridization showed that P450c17-II, but not P450c17-I,was expressed in the interrenal cells of the head kidney from5days after hatching to adult,whereas no expression of P450c17-I was observed in the head kidney.These results suggest that only P450c17-II is responsible for cortisol produc-tion in the interrenal cells(Zhou et al.2007a).We then used in situ hybridization and RT–PCR to examine the expression patterns of both P450c17-I and-II in ovarian follicles of medaka and tilapia during the spawning cycle.Interestingly,a temporally con-trolled switching was observable in the expression of these two genes during the steroidogenic shift from E2 to17a,20b-DP(Fig.3).The expression of P450c17-I reaches its peak during pre-and midvitellogenesis, followed by its sharp decrease immediately before oocyte maturation.In both medaka and tilapia,there is a peak in P450c17-II expression during late-to postvi-tellogenesis,coinciding with the start of17a,20b-DP production(Zhou et al.2007a,b).In medaka,there was another peak during active vitellogenesis.These results strongly suggest that P450c17-I is needed mainly for oocyte growth(vitellogenesis),while Fig.3.Expression pattern of tilapia P450c17-I and-II during the14day spawning cycle analyzed by real-time polymerase chain reaction.(᭺)P450c17-I expression,()P450c17-II expression.Each point on the curve represents the relative mRNA expression at each point in the spawning cycle.Each value represents the mean1SE of at least15samples obtained fromfive differentfish.The asterisks indicate significant differ-ences between the expression levels of P450c17-I and-II for the same day or the same ovarian stage,P<0.05.See text for complete discussion.S199Regulation of oocyte maturation infish©2008The Authors Journal compilation©2008Japanese Society of Developmental BiologistsP450c17-II is required for oocyte maturation.The decrease in P450c17-I and the increase in P450c17-II expression in postvitellogenic follicles just before thefinal oocyte maturation stage may reduce the C17,20-lyase activity in the follicles,leading to the accumulation of17a-hydroxyprogesterone,favoring the shift from production of E2to17a,20b-DP.As stated above,the switching in the expression of P450c17-I to P450c17-II is responsible in part for the switching in the action of P450c17during the ste-roidogenic shift in thefish ovary.The next important question is how the expression of two P450c17genes is regulated at the transcriptional level.We then inves-tigated the regulatory mechanisms involved in the transcription of these two genes.Medaka P450c17-II possesses two putative Ad4BP/SF-1binding sites in its promoter region,while only a single Ad4BP/SF-1 binding site is present in P450c17-I,suggesting that the transcriptional regulation of these two genes is somewhat different.High expression of Ad4BP/SF-1 was observable in the ovarian follicles during vitello-genesis,in agreement with previous data on the role of Ad4BP/SF-1in the regulation of aromatase transcrip-tion(Watanabe et al.1999).Substantial levels of Foxl2 expression could be detected throughout the spawn-ing cycle of medaka,but a peak was observed immediately prior to oocyte maturation(Zhou et al. 2007b),coinciding with the peak of P450c17-II expression.We then used luciferase assays to inves-tigate the possible involvement of two transcription factors(Ad4BP/SF-1and Foxl2)in the expression of medaka P450c17-I and-II.Ad4BP/SF-1alone acti-vated the transcription of P450c17-II,and Foxl2further enhanced the Ad4BP/SF-1-activated P450c17-II tran-scription.P450c17-I expression was also regulated by these transcription factors in a manner similar to that of oP450c17-II,but with twice less the efficiency.Similar enhancing effects of Foxl2on Ad4BP/SF-1-activated aP450arom transcription have also been found in tilapia(Wang et al.2007).Thus,it is highly possible that these transcription factors play important roles in the differential expression of P450c17-I and-II by ovarian follicles during two different stages of ovarian development,oocyte growth and maturation. StAR,P450scc,3b-HSD.Another mechanism neces-sary for the production of a large amount of17a-hydroxyprogesterone in ovarian follicles during oocyte maturation is increases in the amount of steroidogenic acute regulatory protein(StAR)and the activity of ste-roidogenic enzymes involved in the production of17a-hydroxypregnenolone(D5-pathway)or progesterone (D4-pathway).In amago salmon,the stimulatory effects of GTH on17a-hydroxyprogesterone produc-tion by thecal cell layers were all mimicked by forskolin,an adenylate cyclase activator,and dibutyryl cAMP(dbcAMP),a membrane-permeable cAMP ana-logue(Kanamori&Nagahama1988).Furthermore, GTH and forskolin stimulated cAMP formation in thecal cell layers.Thesefindings are consistent with the view that thefirst step of the stimulating effect of GTH in thecal cell layers is receptor-mediated activa-tion of adenylate cyclase and formation of cAMP. Incubation experiments utilizing both protein and RNA synthesis inhibitors have suggested that gonadotropin promotes formation of one or more labile proteins required for the delivery of cholesterol to the mitochon-drial cytochrome system in thecal cell layers. StAR,a key rate-limiting mediator in the acute regu-lation of steroidogenesis by tropic hormone,mediates biosynthesis of steroid hormones by controlling the transfer of cholesterol to mitochondria,where P450scc,the enzyme that catalyzes thefirst and rate-limiting step in steroidogenesis,is located(Stocco 2000).In medaka,StAR and P450scc transcripts showed marked increases in ovarian follicles during oocyte maturation(Shibata et al.,unpubl.data,2007). Similarly,in rainbow trout,the abundance of StAR mRNA increased during GVBD,peaked during and just following ovulation,and decreased by2weeks post ovulation in follicles during late vitellogenic and post-ovulation stages(Kusakabe et al.2002).In con-trast,transcripts for3b-HSD and P450c17-I were low in follicles throughout the oocyte maturation stage. Taken together,these results suggest that the large increase in transcripts encoding StAR and P450scc in postvitellogenic follicles of medaka and rainbow trout is responsible for the rapid preovulatory increase in 17a-hydroxyprogesterone.oP450arom.In viviparous vertebrates,the ovarian form of cytochrome P450aromatase(oP450arom, P450c19a1)plays a crucial role in oocyte growth (vitellogenesis)(Nagahama1994;Devlin&Nagahama 2002).Previous studies on amago salmon have indi-cated that aromatase activity,assessed indirectly by the conversion of exogenous testosterone to E2,is highest in late vitellogenic follicles but declines as follicles acquire the ability to respond to gonadotro-pins and undergofinal maturation in vitro(Young et al. 1983a).Similarly,in medaka,a progressive increase in aromatase activity was observed in ovarian fol-licles during active vitellogenesis(Fukada et al.1994). In this species,aromatase activity was markedly enhanced by pregnant mare serum gonadotropin (PMSG)after18h of incubation of vitellogenic follicles. This action of PMSG was mimicked by forskolin and dbcAMP which are known to raise the cellular level ofS200Y.Nagahama and M.Yamashita ©2008The AuthorsJournal compilation©2008Japanese Society of Developmental Biologists。
传播学书目
传播学书目来自: 胡晃荡(北京)创建时间: 2008-01-22 18:15:35001书名:《公众舆论》作者:李普曼译者: 克文江红出版社:世纪出版集团/上海人民出版社版次:2006年4月第1版002书名:《舆论学:舆论导向研究》作者:陈力丹出版社:中国广播电视出版社版次:1999年7月第1版,2005年10月第4次印刷003书名:《世界大战中的宣传技巧》Propaganda Technique in World WarΙ作者:[美] 哈罗德•D. 拉斯韦尔(Harold D. Laswell)译者:张洁田青审校:展江出版社:中国人民大学出版社版次:2003年10月第1版004书名:《公共领域的结构转型》作者:[德] 哈贝马斯译者:曹卫东王晓珏刘北城宋伟杰出版社:学林出版社版次:1999年1月第1版,2004年12月第3次印刷005书名:《传播与社会影响》On Communication and Social Influence作者:[法] 加布里埃尔•塔尔德(Gabriel Tarde)编者:[美] 特里•N. 克拉克(Terry N. Clark)译者:何道宽出版社:中国人民大学出版社版次:2005年6月第1版006书名:《传播学概论》Men, Message, and Media: a Look at Human Communication 作者:[美] 威尔伯•施拉姆(Wilbur Schramm)威廉•波特(William E. Porter)译者:陈亮周立方李启出版社:中央编译出版社版次:1983年版007书名:《传播学导论》作者:邵培仁出版社:浙江大学出版社版次:1997年1月第1版008书名:《传播的世界化》作者:[法] 阿芒•马特拉(Armand Mattelart)译者:朱振明审译:陈卫星出版社:中国传媒大学出版社版次:2007年4月第1版009书名:《世界传播与文化霸权》作者:[法] 阿芒•马特拉(Armand Mattelart)译者:陈卫星出版社:中央编译出版社版次:2005年2月第1版010书名:《文化与帝国主义》Culture and Imperialism作者:[美] 爱德华•W. 萨义德(Edward W。
The Institute of Electronics, Information and Communication Engineers
1 Introduction
For symmetric cryptosystems, their transformations should be nonlinear to be secure against various attacks. For example, the security of block ciphers, such as DES, which consist of iterative substitutions and permutations, strongly depends on the substitutions which are the only nonlinear elements of the ciphers. Several nonlinearity criteria for Boolean functions have been proposed: nonlinear order, balancedness, correlation immunity, strict avalanche criterion, perfect nonlinearity, and so on.
This report presents a further investigation of the PC of higher degrees, the SAC of higher orders and their relationships. Firstly, we discuss the PC. We give a necessary and sucient condition for an n-input Boolean function to satisfy the PC with respect to a set of all but one elements in
CM0304妖人大集合
CM0304妖人大集合(权威版+完全版+原始版)★CM03-04 20岁以下人才市场★编号姓名/国籍生日俱乐部(开档)位置推荐指数意大利联赛:001 Benjamin Onwuachi 尼日利亚84.4.9 Juventus 前锋★★★002 Martins 尼日利亚84.10.28 inter 前锋★★★★003 Alessandro Simonetta意大利86.3.17 Roma 前锋★★★☆004 Daniele De Rossi 意大利83.7.24 Roma 中场★★★★005 Gaetano D'Agostino 意大利82.6.3 Roma 中场★★★006 Aotonio Cassano 意大利82.7.12 Roma 前锋★★★★☆007 Alberto Gilardino 意大利82.7.5 Parma 前锋★★★★008 Luigi Della Rocca 意大利84.9.2 Bologna 前锋★★★009 Mourad Meghni 法国84.4.16 Bologna 中场★★★☆010 Francesco Lodi 意大利84.3.23 Empoli 中场★★★011 Valeri Bojinov 保加利亚86.2.15 Lecce 前锋★★★☆012 Mirko Vucinic 塞黑83.10.1 Lecce 前锋★★☆013 Giampaolo Pazzini 意大利84.8.2 Atalanta 前锋★★★★014 Riccardo Montolivo 意大利85.1.18 Atalanta 中场★★★015 Simone Padoin 意大利84.3.18 Vicenza 后卫★★★016 Papa Waigo 塞内加尔84.1.20 Verona 前锋★★★英格兰联赛:017 Rincón 巴西88.1.26 Man Utd 后卫★★★018 Jami Puustinen 芬兰87.1.9 Man Utd 前锋★★★019 Floribert Ngalula Mbuyi比利时87.3.7 Man Utd 后卫★★☆020 Christopher Eagles 英格兰85.11.19 Man Utd 中场★★☆021 Cristiano Ronaldo 葡萄牙85.2.5 Man Utd 前锋★★★★☆022 Kieran Richardson 英格兰84.10.21 Man Utd 中场★★☆023 Darren Fletcher 苏格兰84.2.1 Man Utd 中场★★★024 Jermaine Pennant 英格兰83.1.16 Arsenal 中场★★★☆025 Jérémie Aliadiére 法国83.3.30 Arsenal 前锋★★★☆026 John Welsh 英格兰84.1.10 Liverpool 中场★★★☆027 Anthony Le Tallec 法国84.10.3 Liverpool 中场★★★★☆028 Carl Medjani 法国85.5.15 Liverpool 后卫★★☆029 Glen Johnson 英格兰84.8.23 Chelsea 后卫★★★★030 Robert Huth 德国84.8.18 Chelsea 后卫★★★★031 Boy-Boy Mosai 南非84.8.11 Chelsea 中场★★★032 Jermaine Jenas 英格兰83.2.18 Newcastle 中场★★☆033 Hugo Viana 葡萄牙83.1.15 Newcastle 中场★★☆034 Michael Chopra 英格兰83.12.23 Newcastle 前锋★★★★035 Steven Taylor 英格兰86.1.23 Newcastle 前锋★★★☆036 Stephen Brennan 爱尔兰83.3.26 Newcastle 后卫★★★037 James Milner 英格兰86.1.4 Leeds 中场★★★☆038 Aaron Lennon 英格兰87.4.16 Leeds 中场★★★039 Lee Croft 英格兰85.6.21 Man City 中场★★★040 Kasper Schmeichel 丹麦87.5.25 Man City 门将★★★☆041 Jonathan Blondel 比利时84.4.3 Tottenham 前锋★★☆042 Hélder Postiga 葡萄牙82.8.2 Tottenham 前锋★★☆043 Wayne Rooney 英格兰85.10.24 Everton 前锋★★★★☆044 James McFadden 苏格兰83.4.14 Everton 中场★★★045 Jay McEveley 英格兰85.11.2 Blackburn 后卫★★★☆046 Luke Moore 英格兰86.2.13 Aston Villa 前锋★★★047 Stuart Parnaby 英格兰82.7.19 Middlesbrough 后卫★★☆048 Kevin Nolan 英格兰82.6.24 Bolton 后卫★★☆049 Jermain Defoe 英格兰82.10.7 West Ham 前锋★★★☆050 Supat Rungratsamee 泰国88.4.1 Portsmouth 前锋★★★051 Yakubu 尼日利亚82.11.22 Portsmouth 前锋★★☆052 James Graham 苏格兰87.6.24 Leicester 前锋★★★053 Simon Francis 英格兰85.2.16 Bradford City 后卫★★★★054 Tom Huddlestone 英格兰86.12.28 Derby 后卫★★★055 Ben Watson 英格兰85.7.9 Crystal Palace 中场★★★056 Michael Dawson 英格兰83.11.18 Nottm Forest 后卫★★★★057 Darren Campbell 苏格兰86.4.16 Reading 中场★★★西班牙联赛:058 Andres Iniesta 西班牙84.5.11 Barcelona 中场★★★☆059 Ricardo Quaresma 葡萄牙83.9.26 Barcelona 中场★★☆060 Danilo Arrieta 丹麦87.2.10 Valencia 前锋★★★☆061 Oskitz Estefania 西班牙86.10.12 Real Sociedad 中场★★★☆062 Fernando Torres 西班牙84.3.20 Atletico Madrid 前锋★★★★063 Jonathan Soriano 西班牙85.9.24 Espanyol 前锋★★★064 Xisco 西班牙86.6.27 Villarreal 前锋★★★065 Jonan 西班牙83.1.8 Athletic Bilbao 中场★★★066 Jorge Pina 西班牙83.2.28 Zaragoza 中场★★★067 José Antonio Reyes 西班牙83.9.1 Sevilla 前锋★★★★068 Germán Hornos 乌拉圭82.8.21 Sevilla 前锋★★★☆德国联赛:069 Philipp Lahm 德国83.11.11 Bayern 后卫★★☆070 Michael Rensing 德国84.5.14 Bayern 门将★★☆071 Bastian Schweinsteiger德国84.8.1 Bayern 中场★★☆072 Mike Hanke 德国83.11.5 Schalke 04 前锋★★☆073 Sascha Riether 德国83.3.23 Freiburg 后卫★★☆074 Christian Weber 德国83.9.15 Greuther Fürth 后卫★★☆法国联赛:075 Mido 埃及83.2.23 Marseille 前锋★★☆076 Hamed Yahiaoui 法国87.1.12 Marseille 中场★★★077 Samir Ben Sa?d Nasri 法国87.6.26 Marseille 前锋★★★078 Hatem Ben Arfa 法国87.3.7 Lyon 前锋★★★☆079 Guillaume Plessis 法国85.1.16 Lens 中场★★☆080 Sa?d Khiter 法国85.1.19 Lens 前锋★★☆081 Jonathan Lacourt 法国86.2.6 Lens 中场★★★082 Alexandre Song 法国87.1.11 Bastia 中场★★★083 Mathieu Bodmer 法国83.11.22 Lille 后卫★★★084 Beno?t Benvegnu 法国85.1.18 Toulouse 门将★★☆085 Alexandre Barthé法国86.3.5 Saint-Etienne 后卫★★☆086 Rudy Carlier 法国86.1.19 Strasbourg 前锋★★★★087 Christophe Mandanne 法国85.2.7 Le Havre 前锋★★☆荷兰联赛:088 Rafael van der Vaart 荷兰83.2.11 Ajax 中场★★★★☆089 Maarten Stekelenburg 荷兰82.9.22 Ajax 门将★★★090 Wesley Sneijder 荷兰84.6.9 Ajax 中场★★★091 Nigel de Jong 荷兰84.11.30 Ajax 后卫★★☆092 Arjen Robben 荷兰84.1.23 PSV 中场★★★☆093 Tim Janssen 荷兰86.3.6 PSV 中场★★★094 Labinot Harbuzi 瑞典86.4.4 Feyenoord 中场★★★095 jeppe lund curth 丹麦84.3.21 Feyenoord 中场★★★☆096 Mark van der Boogaart 荷兰85.9.3 Feyenoord 后卫★★☆097 Leonardo 巴西83.3.9 Feyenoord 前锋★★☆098 Robin Faber 荷兰86.7.2 De Graafschap 后卫★★★099 Bj?rn Zwikker 荷兰89.1.10 Emmen 前锋★★★欧洲其他联赛:100 Vieirinha 葡萄牙86.1.24 Porto 前锋★★★☆101 Hélder Barbosa 葡萄牙87.5.25 Porto 中场★★★☆102 Bruno Gama 葡萄牙87.1.15 Braga 中场★★★☆103 Stephen Hughes 苏格兰82.11.14 Rangers 中场★★★☆104 Vincent Kompany 比利时86.6.10 Anderlecht 后卫★★★☆105 Denis Calencov 摩尔多瓦85.9.15 Anderlecht 前锋★★★106 Anatoly Guerk 俄罗斯84.11.20 Anderlecht 前锋★★☆107 Aksu Cafercan 土耳其87.1.15 Galatasaray 前锋★★★108 Basaran Irfan 土耳其89.12.20 Galatasaray 中场★★★109 Balci Serkan 土耳其83.8.22 G.Birligi 中场★★☆110 Akin Ibrahim 土耳其84.1.4 Altay 前锋★★★☆111 Niko Kranjcar 克罗地亚84.8.13 Dinamo 前锋★★☆112 Johan Absalonsen 丹麦85.9.16 Br?ndby 前锋★★★☆113 Thomas Kahlenberg 丹麦83.3.20 Br?ndby 中场★★★114 Mads Torry 丹麦86.5.13 Copenhagen 前锋★★★115 Lasse Qvist 丹麦87.1.17 Lyngby 前锋★★★116 Jakob Rasmussen 丹麦87.9.10 OB 中场★★★117 Bo Storm 丹麦87.2.3 Heerenveen 前锋★★☆118 Jan Lastuvka 捷克82.7.7 Banik Ostrava 门将★★★119 Anatoli Todorov 保加利亚85.4.24 Litex 前锋★★★☆120 Georgi Kakalov 保加利亚84.7.18 Litex 前锋★★★☆121 Yulian Gunchev 保加利亚84.9.13 Slavia Sofia 前锋★★★122 Kim K?llstr?m 瑞典82.8.24 Djurg?rden 中场★★★★123 Sebastian Erlingmark 瑞典87.9.23 Upsala 后卫★★☆124 Jussi-Pekka Savolainen芬兰86.6.25 P-Iirot 中场★★★☆125 Jürgen S?umel 奥地利84.9.8 Sturm Graz 中场★★★126 Klaus Salmutter 奥地利84.1.3 Sturm Graz 前锋★★★127 Robert Almer 奥地利84.3.20 Austria Vienna 门将★★★128 Andreas Ivanschitz 奥地利83.10.15 Rapid Vienna 中场★★★129 Matías Delgado 阿根廷82.12.15 Basel 中场★★★☆130 Tranquillo Barnetta 瑞士85.5.22 St. Gallen 中场★★★131 Igor Akinfeev 俄罗斯86.4.8 CSKA Moscow 门将★★★132 Marat Izmailov 俄罗斯82.9.21 Lokomotiv Moscow中场★★★☆133 Alexandr Kerzhakov 俄罗斯82.11.27 Zenith Peterburg前锋★★★134 Yury Tsigalko 白俄罗斯83.5.27 Dinamo Minsk 门将★★★☆亚、非、北美、澳洲联赛:136 Greg Etafia 尼日利亚82.9.30 Moroka Swallows 门将★★★137 Russell Mwafulirwa 马拉维83.2.24 Jomo Cosmos 前锋★★★138 Freddy Adu 美国89.6.2 无中场★★★★☆(4.12版之后无)139 Alberto Medina 墨西哥83.5.29 Chivas 前锋★★★☆140 Mario Ortiz 墨西哥83.6.4 Cruz Azul 前锋★★★141 Santiago Fernández 墨西哥85.3.7 América (MEX) 前锋★★★☆142 Naoya Kikuchi 日本84.11.24 Jubilo Iwata 后卫★★★143 Hiroyuki Hayashi 日本83.10.5 Avispa 前锋★★★144 Kim Young-Kwang 韩国83.6.28 Chunnam 门将★★★145 Alex Brosque 澳大利亚83.10.12 Marconi 前锋★★★阿根廷联赛:146 Carlos Tevez 阿根廷84.2.5 Boca 前锋★★★★☆147 Franco Cangele 阿根廷84.7.16 Boca 前锋★★★☆148 Fernando Cavanaghi 阿根廷83.9.21 River 前锋★★★★☆149 Gastón Fernández 阿根廷83.10.12 River 前锋★★★150 Osmar Ferreyra 阿根廷83.1.9 River 中场★★★151 Javier Mascherano 阿根廷84.6.8 River 中场★★★☆152 Juan Carlos Menseguez阿根廷84.2.18 River 前锋★★★153 Leandro Depetris 阿根廷88.1.24 River 中场★★★154 Maxi Lopez 阿根廷84.4.3 River 前锋★★★☆155 Radamel Falcao García哥伦比亚86.5.10 River 前锋★★★156 Jeremías Caggiano 阿根廷83.3.15 Independiente 前锋★★★157 Sergio Agüero 阿根廷88.6.2 Independiente 中场★★★158 Damiun Luna 阿根廷85.12.21 San Lorenzo 中场★★★☆159 Gonzalo Rodriguez 阿根廷84.4.10 San Lorenzo 后卫★★★★160 Leandro Gracián 阿根廷82.8.6 Vélez 中场★★★161 Patricio Pérez 阿根廷85.6.27 Vélez 中场★★★★162 Lucas Biglia 阿根廷86.1.30 Argentinos 中场★★★163 Leonardo Pisculichi 阿根廷84.1.18 Argentinos 前锋★★★☆164 Gustavo Rodas 阿根廷86.1.16 Newell's 中场★★★165 José Sosa 阿根廷85.6.19 Estudiantes (LP)前锋★★★166 Germán Herrera 阿根廷83.7.19 Central 前锋★★★167 César Carignano 阿根廷82.9.28 Colón 前锋★★★☆168 Mauricio Romero 阿根廷83.1.13 Lanús 中场★★★169 Jorge Torales 巴拉圭84.6.1 Chacarita 前锋★★★☆170 Roberto Javier Mina厄瓜多尔84.7.11 Huracán 前锋★★★最新射手:Name \Club \ValueKevin Gall\ Yeovil \100kPaul Gallagher\ Blackburn Rovers\ 925kZbynek Pospech \Opava \?,200,000Quincy Owusu Abeyle\ Arsenal\ ?,100,000Jeremie Aliadiere\ Arsenal\ ?,600,000Luizao\ No Club\ FreeSupat Rungratsamee \Portsmouth\ Unprotected contract (can buy out for ?00,000) Sebastien Kneissl\ Chelsea\ 925kFrank Demouge\ NEC Nijmegen \?,100,000前锋:Name\ Club\ValueLuke Moore\ Aston Villa\ 600k攻击型中场:Name\ Club\ ValueErlend Holm\ Aalesund\ 200kGustavo Rodas\ Newell's \200k (compensation)Labinot Harbuzi\ Feyenoord\ 65k中场:Name \Club\ ValueMichael Tonge\ Sheffield Utd \?,000,000Orri Freyr Oskarsson\ Por\ 30k后卫:Name Club ValuePaul Konchesky\ Charlton\ ?,400,000Nicky Hunt\ Bolton\ ?,000,000James McEveley\ Blackburn Rovers\ ?,200,000 Vagner Leonardelli \CFA but onloan at Bahia \?0,000 Justin Hoyte \Arsenal \190K守门员:Name Club ValueMichael Langer \SC freiburg \200k (compensation)天才球员:梅格尼----Mourad MEGHNI佩南特----Jermaine PENNANT齐塞----Djibril CISSE特罗乔夫斯基----Piotr TROCHOWSKI托雷斯.桑斯----Fernando Jose TORRES SANZ 蓬戈尔----Florent SINAMA PONGOLLE弗雷切尔----Darren FLETCHER范德瓦尔特----Rafael V AN DER V AART维尔士----John WELSH伊布拉西莫维奇----Zlatan IBRAHIMOVIC奥东克尔----David ODONKOR梅克斯----Philippe MEXES勒.塔莱奇----Anthony LE TALLEC伊涅斯塔----Andres INIESTA Lujan梅利----Juan Alberto Andreu "MELLI"维格纳尔---- Gregory VIGNAL巴罗斯---- Milan BAROS迪.格雷戈里奥----Baldo DI GREGORIO德阿勒桑德罗----Andres D‘ALLESANDRO阿德里亚诺----Leite Ribeiro ADRIANO罗本----Arjen ROBBEN马丁斯----Carlos MARTINS阿里亚蒂埃雷----Jeremie ALIADIERE米多----Ahmed HOSSAM "MIDO"罗马格诺里----Leandro ROMAGNOLI奥尔----Benjamin AUER罗迪----Francesco LODI瓜雷斯马----Ricardo Bernardo QUARESMA多纳蒂---- Massimo DONATI基利卡斯----兰Erdal KILICASLAN迪福----Jermaine DEFOE科隆博----Julio COLOMBO尼古莱---- Marius Constantin NICULAE加维兰----Jaime GA VILAN Martinez科洛奇尼----Fabricio COLOCCINI卡尔斯特罗姆----Kim KALLSTROM蒙塔诺----Johnnier MONTANO加西亚----Carlos GARCIA莱昂纳多----LEONARDO Santiago佩特雷特----Christian PETEREIT佩德佐利----Alex PEDERZOLI埃维尔通----Henrique Souza EWERTHON鲁德维格----Alexander LUDWIG阿什顿----Dean ASHTON黑廷加----John HEITINGA维亚纳----Hugo Miguel VIANA特洛扬----Filip TROJAN别里克----Oleksii BIELIK吉文特----Gael GIVET汝恩----Tomas JUN 以上是天才球员。
场次论文编号论文题目作者itaoi-2017-rs-042最小像素扩张的多
場次論文編號論文題目作者ITAOI-2017-RS-042最小像素擴張的多機密漸進式視覺密碼邱大祐、趙和昌、范佐搖ITAOI-2017-RS-057視窗化直方圖即時資訊隱藏技術蘇政輔、陳建源ITAOI-2017-RS-067基於深度學習於自動化影像資訊標記之廠域應用吳志泓、陳倫奇、曾建澔、林建良、林芳邦ITAOI-2017-RS-072基於單相位菲涅爾轉換的成像平面角度多工影像加密張軒庭、王玉婷ITAOI-2017-RS-077植基於SCTP之隨選視訊服務遷徙顧皓翔、顏志穎 、謝欽旭 、洪盟峰ITAOI2017-IS01-06澎湖海空運旅遊人次預測之研究李穗玲ITAOI-2017-RS-033An efficient method for finding vertices of high betweenness Chen Wei-Jie、Bang-Ye Wu ITAOI-2017-RS-035Air-Writing Recognition Using Reverse Time Ordered Stroke ContextJun-Wei Hsieh, Hung Chun Chen ITAOI-2017-RS-038Estimating Edge Influence of Message Spread 曹珆彰、吳邦一ITAOI-2017-RS-049火災逃生方向指示系統葉崇瑋 、張家豪 、賴藍平 、楊明達ITAOI-2017-RS-050窗簾與窗戶之系統整合與監控張家豪、葉崇瑋、陳柏霖、楊博仲、王錦銘ITAOI-2017-RS-015利用現有即時通訊軟體LINE@以不撰寫程式方式進行系統開發之研究謝俊宏 、陳同孝 、黃馨逸 、宋佳麟ITAOI-2017-RS-016設計一個簡單有效的血氧濃度訊號監視器葉雲奇、王猛奎、林昀德ITAOI-2017-RS-029於交織OFDMA上行系統具有計算效率迭代型的盲目CFO估測張安成、張威ITAOI-2017-RS-052基於 VGG19 架構卷積神經網路的多層次風格轉化陳子揚、張傳育ITAOI-2017-RS-081加速多重訊號分離以及噪訊的探討張軒庭、馬朝ITAOI-2017-RS-096基於繞射光學之波長與位置影像多工技術張軒庭、郭權鋒、王玉婷ITAOI-2017-RS-002耐延遲網路下結合集束協定和湧泉編碼對於訊息傳輸效能之胡誌麟、黃毓芳ITAOI-2017-RS-021運用智慧行動裝置之術後傷口分析技術與系統曾易聰、廖冠豪、王楚軒、林姸希、張文村ITAOI-2017-RS-104智慧型物流導航系統謝昇達、沈大端、 黃奕融、 黃奕融 、鄭博元、歐冠呈ITAOI2017-IS23-01結合需量反應功能於智慧家庭節能管控陳朝順、辜德典、吳柏成ITAOI2017-IS23-02大型太陽光發電併網之系衝分析陳朝順 、許振廷 、洪煜軒 、黃千華 、周佳瑩ITAOI2017-IS23-03應用分散式網路協定於再生能源發電管理辜德典、林嘉宏、陳朝順、黃韋程、劉翰豪、林修銘、朱家威、丁ITAOI2017-IS23-04澎湖望安島微電網規劃陳朝順、許振廷、謝世傑、陳廷政、楊子弘ITAOI2017-IS23-05應用電流取電技術及RF通訊於故障指示器之設計辜德典、陳朝順、吳錦榮ITAOI-2017-RS-004溫室小型害蟲自動辨識與計數技術之研究李慶輝 , 林鳳琪 , 吳俊霖ITAOI-2017-RS-023觸控面板座標偏移誤差之改善與設計李世斌、李俊賢ITAOI-2017-RS-024金屬閘極燒錄之自動檢查機制改良陳正德 、高詳晉 、邱浩志 、劉大綱 、馮玄明 、李金譚ITAOI-2017-RS-046運用大數據,偵測SSH字典攻擊告警分析系統陳品瑄、梁明章、陳俊傑ITAOI-2017-RS-064利用SVM和語意特徵協助音樂搜尋蘇家輝、洪宗貝、陳雨棠ITAOI-2017-RS-079Cloud Application Service with Virtual PlatformChen Ying-Chuan、Shuen-Tai Wang、Yu-Ching LinITAOI-2017-RS-041系統整合晶片於晶圓層級之測試方法最佳化研究伍添祿 、王宏修 、吳政彥 、劉大綱 、劉俊緯 、洪集輝ITAOI-2017-RS-045基於物聯網概念研製人臉偵測電源管控系統蔡鴻旭、王君善、彭介彥、雍有明ITAOI-2017-RS-053以自適性垃圾回收感知策略優化在Container建置環境下的Apache Spark叢集計算效能王偉吉、高勝助、曾學文ITAOI-2017-RS-054以SDN為基礎之網路邊界存取控制系統實作鍾銘煌、高勝助 、張阜民ITAOI-2017-RS-070開放資料彙整平台之實作蔡育欽、陳威宇、莊家雋、孫振凱、蕭志榥ITAOI-2017-RS-078基於 Lustre 之 Hadoop 相容檔案系統效能探討林棕斌、莊家雋、黃維誠ITAOI2017-IS11-01Identity based階層式電子病歷資料庫快速存取控制之研究李添福、黃立凱、郭頌祥5/19早上A2(08:50~10:15)5/19早上A4(08:50~10:15)5/19早上B1(10:35~12:00)5/19早上A3(08:50~10:15)05/19早上A1(08:50~10:15)5/19早上B2(10:35~12:00)5/19早上A5(08:50~10:15)ITAOI2017-IS11-02醫療院所巨量資料隱私保護與存取控制之架構設計李南逸、吳秉翰ITAOI2017-IS11-03以區塊鏈達到公平的售票系統林峻立、莊宗翰、張彥威ITAOI2017-IS11-04基於以太坊實現診斷證明之智能合約林峻立、張彥威、孫揚理ITAOI2017-IS11-05區塊鏈之電子書授權控制林峻立、孫揚理、莊宗翰ITAOI2017-IS11-06應用區塊鏈技術於P2P借貸平台之探討龍世豪、高士閎、黃宗立ITAOI2017-IS12-01船舶水動力資料庫建置及其資料之搜尋沈寶蘭、洪添保、鄭黎旭、羅德章ITAOI2017-IS12-02應用Google Earth擷取高程技術於港灣建置之研究張皓政、謝有良、王致堯、羅德章ITAOI2017-IS12-03基於天際線查詢的景點推薦系統-以文史脈流系統為例羅志豪、郭承儒、謝忠穎、陳奕中ITAOI2017-IS12-04基於Matlab類神經工具箱的交通預測系統郭承儒、楊易哲、陳俊次、林胤幃、呂銘洋、王元佃、陳奕中ITAOI2017-IS12-05大數據分析技術應用於氣候與農業空間資訊鄭庭佐、李彥志、李建邦ITAOI2017-IS12-06在道路網路上的個人化最緊密出行計劃查詢何超越、鍾毓驥、蘇溢芳、李強ITAOI2017-IS20-01灰色理論應用於智慧電網電力電纜狀態監測之趨勢分析林冠宇、王嘉斌、戴政祺、陳建富、蔡秉欣ITAOI2017-IS20-02小波門檻設定與局放雜訊抑制技術應用於電力電纜的智慧狀態監測分析吳婉容、王嘉斌、林育勳、戴政祺、陳建富ITAOI2017-IS20-03使用K-鄰近演算法之三相感應馬達轉子故障診斷系統陳貝妮、陳建富、朱展良ITAOI2017-IS20-04Design of Envelope Detection System for Partial Discharge Signals Hung-Cheng Chen, Yi-Hsin Lee, Ting-Jui Yang ITAOI2017-IS20-06基於雲端監控架構之馬達故障診斷系統張宏展、郭政謙、薛聿明、王奕喆、盧名軒ITAOI2017-IS20-07局部放電脈衝訊號在中壓電纜的流向探討許永瑞、陳建富、陳彥文、柯博仁、林育勳、黃裕鈞ITAOI2017-IS22-01CC-Link網路協定矽智財核心硬體電路研製黃其泮、陳木松ITAOI2017-IS22-02互動式穿戴裝置跑酷遊戲設計張志嘉、張鈺欣、張哲語、劉仁俊ITAOI2017-IS22-03具「即時標記」功能美食資訊分享平台之開發許廷睿、詹毓偉、王萱鍢ITAOI2017-IS22-04車載診斷系統應用於行車資料的分析洪展翔、陳木松、黃其泮、林彥廷ITAOI2017-IS22-05擴增實境於互動遊戲之設計實作胡國軒、陳木松 、程仲勝ITAOI-2017-RS-005軟性計算電腦工具箱之研發温坤禮 、游美利、温惠筑ITAOI-2017-RS-095具有智能化燈泡式感測裝置系統鐘俊顏 、李家銘ITAOI-2017-RS-097大數據應用在股價漲跌幅分析-以H公司為例王彥傑 、謝明宗ITAOI-2017-RS-099多重醫學影像自動對位法之比較李佳音、江青芬ITAOI-2017-RS-103大數據分析系統應用於民宿業之研究陳傑能、謝明宗ITAOI-2017-RS-106智慧藍芽插座謝昇達、沈新傑、周辰洋ITAOI-2017-RS-107停車位管理系統謝昇達、褚炎榮、江偉嘉、許民駿、陳柏瑋ITAOI2017-IS02-01混和特殊化與一般化特徵之主要成分分析人臉辨識方法林珈璟、黃世昌ITAOI2017-IS02-02無線感測網路下以移動電力車進行節點能源平衡方法之研製陳冠侑、黃世昌ITAOI2017-IS02-03以綠色能源及無線充電增進與改善金門地區電力供應之方法簡銘伸、方藝棋ITAOI2017-IS02-04基於覆蓋面積消去法之無線感測網路定位技術李福恭、黃世昌ITAOI2017-IS02-05情境資料蒐集與塑模之研究(A Study on Context Data Acquisition and Modeling)Jiang Ji Han (江季翰)、Chen Wei Shan (陳瑋姍)、Jhou Jing Yao(周敬堯)ITAOI2017-IS02-06基於Raspberry Pi結合智慧型手機之運算資源共享架構設計與張宏義、魏誌宏ITAOI2017-IS05-01網球賽事影片摘要剪輯與球員移動軌跡追蹤陳定宏、張財榮、邱啟端ITAOI2017-IS05-02基於虛擬實境之互動式3D醫學影像建模系統張財榮、許子衡、陳冠因ITAOI2017-IS05-03Experimental Study of SHVC Scalable Video Encoder and Player 許子衡、陳定宏、王姿穎ITAOI2017-IS05-04便利可攜式多功能門鈴系統王鼎超、林威廷、郭建明、楊舒喬ITAOI2017-IS05-05親子互動式學習遊戲設計開發王鼎超、簡廷瑋5/19早上B3(10:35~12:00)5/19早上B4(10:35~12:00)5/19早上B5(10:35~12:00)5/19下午C1(15:20~16:30)5/19下午C2(15:20~16:30)5/19下午C3(15:20~16:30)5/19早上B6(10:35~12:00)ITAOI2017-IS05-06基於Hadoop分散式處理架構之自動化巨量旅遊文章本體論建置與熱門旅遊景點推薦系統郭建明、陳志達、張家福、黃章展、陳宜樺、陳朝鈞ITAOI2017-IS08-01以局部群聚係數進行種子集擴展的重疊社群發現之研究蘇怡仁、李哲均ITAOI2017-IS08-02運用隱含狄利克雷分布及社群網路分析解決作者姓名歧義之蘇怡仁、鄭楚懷ITAOI2017-IS08-03以群眾用詞習慣之情緒分類研究蘇怡仁、黃皇瑋、許輝煌ITAOI2017-IS08-04台電變電設備巡檢及試驗管理系統重構之研究蘇怡仁、鄭吉清、胡武誌、吳承翰、嚴柔安ITAOI2017-IS08-05國教署第二期技職教育再造推動項目整合平台設計與實作蘇怡仁、高震宇、俞克維ITAOI2017-IS08-06以鄰居節點互動進行種子集擴展之重疊社群發現蘇怡仁、黃士育ITAOI2017-IS14-01道路環境下異種鄰近物體之最短平均距離查詢何助鴻、蔡承淵、蘇俊興、黃淵科、李強ITAOI2017-IS14-02互動遊戲設計 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LuoITAOI2017-IS19-05智慧工廠印刷電路生產管理系統之設計與實作林澤旻、林詩凱、鄒奇洋、蘇暉凱ITAOI2017-IS19-06應用熱像儀之太陽能板遮陰物偵測曾昱叡、黃彥凱、陳自雄、許明華、蔡文凱、何嘉哲ITAOI2017-IS16-13道路標線偵測江義淵、徐旺興ITAOI2017-IS21-01直線運動模糊畫面之復原方法陳昭和、王翔麟、陳聰毅ITAOI2017-IS21-02視訊畫面之即時拼接方法陳昭和、余碩文、陳聰毅ITAOI2017-IS21-03應用支持向量機於學生上課專注度之分析黃登淵、黃啟倫、楊幃傑ITAOI2017-IS10-02實作模糊邏輯控制與藍芽智慧插座陳榮靜、丁元昱、劉家名5/19下午C7(15:20~16:30)5/19下午C8(15:20~16:30)5/19下午5/19下午C4(15:20~16:30)5/19下午C5(15:20~16:30)5/19下午C6(15:20~16:30)ITAOI-2017-RS-008以單眼視覺空拍影像實現本體移動估測陳星宇、黃鼎翔、陳佳妍、殷堂凱、王致凱ITAOI-2017-RS-017以物聯網為基礎的智慧家庭監控系統設計與實作蕭裕弘、游夢柔、李芊慧、吳承樺ITAOI-2017-RS-059台灣百年歷史地圖與無人機高精度航拍地圖透視武東、大潭聚落的百年變遷歷程潘智傑、溫振華、陳靜茹、吳永基ITAOI2017-IS09-01全景式汽車影像安全監控系統林子涵、陳智勇ITAOI2017-IS09-02雲端桌球模擬遊戲機李炫輿、王玉樹、陳智勇ITAOI2017-IS09-03雲端環境偵測與人數辨識系統蕭學良、陳建瑋、吳星緯、陳智勇ITAOI2017-IS09-04半導體生產參數之灰色理論預測方法夏瑞毅、陳文潔、陳智勇ITAOI2017-IS09-05雲端電力監控資訊系統黃詩婷、嚴大國、謝文雄、黃隆昇ITAOI2017-IS09-06模糊推論用電效能評估系統林閔雯、嚴大國、謝文雄、黃隆昇ITAOI2017-IS09-07太陽光電系統故障之探討龔彥竹、程達隆、高國陞、李彥頤ITAOI2017-IS09-08壓電材料量測儀開發之研究徐家慶、程達隆、高國陞、李彥頤ITAOI2017-IS09-09以物聯網為基礎之環境感測系統建置莊世彰、程達隆、高國陞、李彥頤ITAOI2017-IS03-01蟻群模式應用於隨意式路由協定AODV-Ant周碩聰、姜子龍、凃保民、黃一峰ITAOI2017-IS03-02A 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Cognitive TrainingSystem for Eldly)梁瑛心、許益禎ITAOI2017-IS13-05以PC為基礎之輪胎橡膠混練自動化林建州、朱育辰、林紀銘ITAOI2017-IS13-06 A survey of ground detection for 3D point cloud 林建州、李志威、趙伯勗、張君誠、姜信德、蘇家德ITAOI2017-IS18-01物聯網安全環境蒐集與分析許勝翔、蔡一郎、蘇正育、邱敏乘ITAOI2017-IS18-02網路攻防演練教育訓練平台-以Emulab為例郭振忠、程凱、楊竹星5/19下午C13(15:20~16:30)5/19下午C11(15:20~16:30)5/19下午C12(15:20~16:30)C9(15:20~16:30)5/19下午C10(15:20~16:30)ITAOI2017-IS18-03改良式通式化EMD資料隱藏技術郭文中、翁奕鈞、王軍証、黃玉枝ITAOI2017-IS18-06惡意流量的巨量資料分析黃峻維, 鄭錦楸ITAOI-2017-RS-082高解析衛星視頻移動車輛追蹤蕭俊賢、戴顯權、陳鵬宇ITAOI2017-IS20-05使用C-means群集趨近機率辨識GILBS 局部放電陳建一、謝如主ITAOI-2017-RS-039智慧型燈具節能系統教具之研究吳承倫、陳建治、王寶琇、林振雄ITAOI2017-IS17-01個人身份驗證:使用臉譜特徵與偏頗分析謝正達、韓欽銓、范國清ITAOI2017-IS17-03以場域驗證技術探討智慧型避難導引系統之可行性與和實用游坤明、徐煥博、鍾念恩、石瑋翔、連振昌、鄭紹材、雷明遠、蔡ITAOI2017-IS17-04智慧製造之振動資料蒐集與分析應用-以自動化工具機為例徐煥博、周泓、游坤明ITAOI-2017-RS-031網格化震後避難需求推估方法介紹劉淑燕 、吳佳容、柯孝勳、張芝苓ITAOI-2017-RS-089網格化地震衝擊評估技術於GIS應用-以地區災害防救為例吳佳容、劉淑燕、柯孝勳ITAOI-2017-RS-101社群網路災害情資蒐整於豪雨災害之研究劉致灝ITAOI-2017-RS-003(P)基於社交網路分析之客戶流失預測的研究王至嘉、李御璽、顏秀珍ITAOI-2017-RS-069辨識蛋白質摺疊結構使用高斯混沌映射粒子族群最佳化演算林昱達、莊麗月、楊正宏ITAOI-2017-RS-073應用於物聯網感測層之可擴充式模組系統架構設計與實作蕭裕弘、吳承樺ITAOI-2017-RS-074促進手眼協調之可擴充式桌上型遊戲系統開發蕭裕弘、李芊慧、游夢柔ITAOI-2017-RS-076不規則組木之立方體組合解析探討胡裕仁、劉繕榜、林子堯、徐聿萱ITAOI-2017-RS-025群聚成功關鍵因素之探討-以苗栗縣公館鄉為例黃光宇、林瑞庭、林瑛琳、張絲婷ITAOI-2017-RS-030結合模糊推論之基於模糊自適應粒子群最佳化演算法的頻率偏移估測王伊寗、張安成ITAOI-2017-RS-043快捷便利的智慧型領酒系統曾柏維、潘進儒、黃政哲、陳俊瑋ITAOI-2017-RS-048腸病毒71型之基因型及基因亞型之分析牟光邦、陳光武ITAOI-2017-RS-098粒子族群最佳化演算法用於辨識骨質疏鬆症的基因-基因交互作用莊麗月、楊淮碩、楊正宏ITAOI-2017-RS-100應用模糊控制於mBot循跡自走車李金譚、廖柏愷、許宗賢、陳正德ITAOI-2017-RS-108人體動作感知控制行動履帶式機器人載具金宏政、侯易佑、黃國欽、連長華ITAOI-2017-RS-026(P)幼兒園新課綱教案編輯系統之研究王玉華、陳民枝、陳同孝、黃馨逸、高郡璘ITAOI-2017-RS-037(P)翻轉教學中專案管理系統平台建構之研究高仁昌、陳同孝、陳民枝、高郡璘ITAOI-2017-RS-040多重檢查機制應用於晶圓測試工程中不可逆燒錄之研究陳時羽、伍添祿、郭臻宜、劉大綱、劉俊緯、洪集輝ITAOI-2017-RS-063行動式健康促進服務系統程榮祥、鄭永翔ITAOI-2017-RS-092整合螢火蟲演算法與改良型基因演算法於太陽能部分遮蔽之最大功率追蹤陳 祥、黃裕培ITAOI-2017-RS-093動態更新吸收係數之改良式螢火蟲演算法於太陽能最大功率追蹤之應用與模擬黃裕培、葉承恩ITAOI-2017-RS-080適用於UHF 頻段RFID 近場圓形偶極陣列讀取器天線設計陳振聲 、蔡士偉 、王威盛ITAOI2017-IS09-10基於腦波控制之遠端監控照護系統廖子欽、池慶龍、張蕙蘭、程偉倫ITAOI2017-IS09-11應用綠能在教學場域節能產品設計陳文亮、許夢吟ITAOI2017-IS09-12應用物質延續觀點於資源回收物再設計陳文亮、黃宛蓉ITAOI2017-IS09-13屬性精簡對於推特標籤熱門度預測之影響董信煌、董建郎ITAOI2017-IS09-14基於通道狀態資訊之人流計算系統陳屏鳳、蔡旭昇、董信煌ITAOI2017-IS09-15應用於WIFI頻段具短路耦合與寄生路徑之小型平板電腦天線潘善政、翁煒智、徐文修ITAOI2017-IS09-16應用於平板電腦的天線設計潘善政、黃柏淵、徐文修ITAOI2017-IS09-17基於ZigBee之機車安全防護薛雅鎂、施順鵬、王源鋐、曾韋璘5/20早上D1(9:00~12:10)5/20上午D3(09:00~12:00)5/19下午C14(15:20~16:30)5/20上午D2(09:00~12:00)5/20下午E2(13:30~16:30)5/20下午5/20下午E1(13:30~16:30)ITAOI2017-IS09-18具有定時提醒與感測功能之智慧藥盒洪培真、施順鵬、王昱翔、黃皓澤ITAOI2017-IS09-19機械手臂應用於家庭安全楊鎮源、施順鵬、蕭怡婷、郭峰誌ITAOI2017-IS09-20考量手持式配置電池之天線設計徐文修、陳威延、潘善政ITAOI2017-IS09-21物聯網與雲端運算應用於多元開放式雲平台建置之探討張英傑、陳毓璋ITAOI2017-IS09-22(P)直接耦合接觸式壓電材料量測平台開發王佑哲、程達隆、高國陞、李彥頤ITAOI2017-IS09-23(P)雲端智慧控制系統與郵務之應用曾智暉、高國陞、程達隆、李彥頤ITAOI2017-IS09-24(P)以反應性射頻磁控濺鍍法沉積氧化鋅薄膜於(100)矽基板上之特性研究黃韋勝、高國陞、程達隆、李彥頤、施維哲、陳英忠ITAOI2017-IS09-25(P)適用於3G,4G之多模態調變之研究駱立堃、欉振萬ITAOI2017-IS10-01Fusion of Deep Learning and Compressed Domain Features forContent Based Image RetrievalJing-Ming Guo, Chi-Yi WuITAOI2017-IS10-03使用物聯網技術發展智慧工藝-以淨(物之靜)為例林子淵、林正敏、李永謨、蘇博豐ITAOI2017-IS10-04低複雜度Tetrolet轉換於超音波影像增強系統夏至賢、江正雄、楊家豪ITAOI2017-IS10-05無線影像模糊辨識建模系統設計賴麗雲、馮玄明、陳華慶、吳世榮ITAOI-2017-RS-109物聯網上的網站攻擊方式探討與研究陳鈺方、許佳興ITAOI-2017-RS-018確保CNC工具機操作員執行加工刀具檢測之智慧監控系統之洪祐民、陳同孝、黃健哲ITAOI-2017-RS-032應用資料探勘技術預測空污指數對空氣清淨機銷量影響之研吳文雄、陳民枝、陳同孝、黃馨逸ITAOI-2017-RS-083物聯控制智動化雲端農場系統之研究- 以秀珍菇農場為例黃健哲、陳同孝、劉金昌ITAOI2017-IS15-01結合手機與高效率電源供應開關器研製杜峯旭、周建興、謝易錚、蘇育生ITAOI2017-IS15-02應用於高功率行動電源之散熱機制研究許博皓、周建興ITAOI2017-IS15-03結合互動式機器人之股四頭肌復健輔具設計何柏緯、周建興ITAOI2017-IS15-04結合智慧型手錶之音樂節奏演奏系統郭家宏、周建興ITAOI2017-IS15-05運用自走機器人與遊戲式學習於兒童邏輯思考訓練之設計廖信傑、周建興ITAOI2017-IS15-06應用3D列印與壓力偵測之智慧型健康管理鞋黃巧筑、陳蕙如、游紫歆、周建興ITAOI2017-IS15-07Combining New and Old Media Technology to Craft a CulturalAestheticAaron Clode, Cheng-Min LinITAOI2017-IS15-08以物聯網為基礎之體適能訓練管理裝置呂政憲、趙于翔ITAOI-2017-RS-019運用混合式資料精簡技術實作大資料分析蔡育欽、陳威宇、莊家雋、孫振凱、蕭志榥ITAOI-2017-RS-028基於高斯核函數的卷積神經網路跟蹤演算法汪鴻翔、柳培忠,駱炎民,杜永兆,陳智ITAOI-2017-RS-034一种增强局部搜索能力的改进人工蜂群算法刘晓芳、柳培忠、范宇凌ITAOI-2017-RS-047基于非局部相似性和双边滤波的图像超分重建黄炜钦、黄德天、顾培婷、柳培忠ITAOI-2017-RS-061Investigating the Relationship between Energy Consumption andStock Market Development李俊德ITAOI-2017-RS-062Localization Coverage Algorithm of Path Planning for MobileAnchor Node Assisted Localization in Wireless Sensor Networks蔡佩璇、蔡榮貴ITAOI-2017-RS-102An Efficient Algorithm for Construction of Linear Binary Block Jung-Chieh Chen ITAOI2017-IS11-07三種頻段無線感測網路傳輸應用吳鴻志、林昶成、郭明原ITAOI2017-IS11-08行動隨意網路中以自私行為導向之自私節點偵測機制吳連文ITAOI2017-IS07-01DASH-JS串流系統與自適應性機制之研究黃渝晴、王木良、侯坤良、李佳樺ITAOI2017-IS07-02基於物聯網ESP8266傳輸準確度之改善葉國賢、李潤祥ITAOI2017-IS07-03應用數位閱讀平台進行翻轉教學對學習成效之研究-以國小社會課程為例陳怡良、柯樹恩5/21早上F2(P)8:30~12:205/21早上F3(P)8:30~12:205/21早上F1(P)8:30~12:205/20下午E4(13:30~16:30)5/20下午E3(13:30~16:30)ITAOI2017-IS07-04互動式電子白板導入國小數學科教學成效與興趣之影響程毓明、蘇文娟、顏楚蓉ITAOI2017-IS07-05CAN Bus數位教學廣播系統侯韋銘、薜宇廷、黃獻民、李景立ITAOI2017-IS07-06簡化語音編碼計算複雜度基於非活動語音訊號林榮三、李育強 、吳東翰ITAOI2017-IS07-07物聯網智慧型電器耗電評估系統之研製吳建中、蔡和璋ITAOI2017-IS07-08智慧型救命藥盒之研究鄭玲兒、王建仁、劉崇汎、郭晉魁ITAOI2017-IS07-09小型仿生機器人作業系統之實現王建仁、郭晉魁、鄭玲兒、劉崇汎ITAOI2017-IS01-01植基於調整圖的影訊色調平衡之研究胡武誌、農富安、闕煜恩、陳憶萱ITAOI2017-IS01-02以離散餘弦轉換為基礎之心電圖隱寫術的研究陳信成、楊慶裕、邱顯棟ITAOI2017-IS01-03基於Arduino之行動網路遙控四軸飛行器楊昌益、戴家齊、蘇郁智ITAOI2017-IS01-04以物聯網架構為基礎之智慧型老人代步電動車邱文煜、吳信德ITAOI2017-IS01-05A Study of the RFID Design and E-Seals Technology in MarineContainerYih-Ching Juang (莊義清)ITAOI2017-IS06-01Study on Model Selection of Support Vector Regressors using WilcoxonNorm as Goodness-of fit MetricYih-Lon Lin, Jer-Guang Hsieh, Jyh-Horng Jeng, Ying-Sheng KuoITAOI2017-IS06-02隱藏式馬可夫模型應用在以心電圖信號為根據之情緒判讀李偉菁、潘欣泰ITAOI2017-IS06-03聽見贊助者的心聲-募資成功因子之探討鄭淑玲ITAOI2017-IS06-04Study on Bass Diffusion Model for Bilateral Filter C. M. Kung, W. S. Yang, J. H. Jeng ITAOI2017-IS06-05使用粒子群最佳化微調相機校正參數之初步研究陳盟鈺、謝銘展、林義隆ITAOI2017-IS06-06以粒子群最佳化微調相機校正之映射矩陣陳姿帆、楊崴勝、鄭志宏ITAOI2017-IS18-04無線隨意網路上以共同鄰居為基礎之路由協定何宗柱、伍麗樵ITAOI2017-IS18-05基於向量量化及漢明編碼的影像驗證技術巫昌憲、陳煒豫、陳宗和ITAOI2017-IS18-07壓克力寵物籠之創作應用與研究李承祐、王春清ITAOI-2017-RS-058Kinect病人離床感測警示系統黃恩澤、董佳璋、張簡士琨5/21早上F6(P)(08:30~12:00)5/21早上F5(P)8:30~12:205/21早上F4(P)8:30~12:20。
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Cycling to China 骑车到中国Two Wheels or Four? 双轮还是四轮?James 021说明:此文讲述一个英国青年骑自行车到中国的话题。
What's the furthest you have ever cycled? Perhaps you cycle to school or to work, or maybe at most a short cycling trip 旅行with friends? How would you feel about spending months on the road travelling solo单人旅行from the UK to China, by bike? For British cyclist Pete Jones, camping rough野外露宿and cycling long distances through 冷淡的, 不好客的inhospitable terrain不适合居住的地带are second nature.第二天性A veteran经验丰富的人of expeditions远征,探险through places such as the Tianshan mountains and the Tibetan plateau,高原Mr Jones is currently undertaking a mammoth猛犸象/借指巨大的,庞大的trip across the Eurasian欧亚的continent from Britain to China. Having lived on and off断断续续的in Xinjiang for three years, and having visited the country many times since 1992, Pete Jones is no stranger to China. But he says many people there are puzzled疑惑by his passion for cycling, asking why he would choose to cycle when he can afford a car.Indeed, while there are an estimated 400 million bicycles in China, where it has long been the preferred form of transport, rapid economic growth快速的经济发展has fuelled充满动力和活力,刺激an explosive expansion爆发性的扩张in car ownership.汽车拥有率Edward Genochio, another British cyclist who completed a 41,000km trip to China and back, said one of his aims was to "promote cycling as a safe, sustainable可持续性and environmentally benign(=有益影响的)有利于环境means of getting about."In the UK, the last few years have seen a rise in the number of people choosing two wheels over four, with some estimates saying the number of people cycling骑车兜风to work has almost doubled in the last five years. Politicians also see cycling as a way to boost their eco-credentials,促进他们的环保凭据with people such as London mayor Boris Johnson often riding to work under his own steam靠自己完成. But we may have to wait some time before we see him emulating仿效Pete Jones in attempting to cycle all the way to China.Was Princess Diana murdered被谋杀? Diana Verdict 戴安娜案判决James 022说明:此文讲述英国王妃戴安娜案件的2008年的一次判决的话题。
The verdict判决is NO, according to an inquest调查、审讯held into the cause 原因of her death over the last six months. The big question was whether the deaths of Diana and her boyfriend Dodi Al Fayed in a fatal致命的car crash 车祸in 1997 had been accidental,意外的or whether there was some kind of conspiracy阴谋to have them killed. Dodi‘s father Mohamed Al Fayed, owner of London‘s world-famous department store Harrods, has insisted for the last decade that the pair were assassinated被暗杀的by agents of the British state who did not want them to marry.But his theories now look to have been blown out of the water.落空The court found that Princess Diana and her boyfriend were not murdered but unlawfully非法killed due to the "gross negligence"明显的疏忽of her driver and the paparazzi.狗仔队Her driver was drunk at the time of the crash and the paparazzi had been chasing their car. So is this the end of the Diana story? British taxpayers纳税人may hope so. The inquest has cost them an estimated £10m (140m RMB). "Thank God it’s over"终于结束了, was the headline in The Guardian newspaper. UK Prime Minister Gordon Brown said it was time to "draw a line" 划清界线,到此为止under the death of the Princess. But Mohamed Al Fayed has refused to accept the verdict. He says the result will come as a "blow"打击to millions of his supporters around the world, and has not ruled out排除launching another investigation. Whatever happens next, the special place Princess Diana has in the hearts of people around the world is not likely to be forgotten.British Teenagers Who Receive Highers Allowances补贴,此处指零花钱from Their ParentsAre More Likely to Be Involved in Risky Drinking BehaviorAccording to Reuters, a United Kingdom study says that kids who receive higher allowances from their parents will be much more likely to become problem drinkers. The study took place in the UK surveying more than 10,000 15- to16-year-old British teenagers. Researchers found that the teenagers with higher allowances drank more than the teenagers with lower allowances.The study also found that teenagers with more money were (be) more likely to drink on street corners or other public places. 88 percent of the teenagers surveyed had tried alcohol before, regardless of 与…无关their financial situation. The teenagers with the higher amount of money in their possession拥有were also found to participate in riskier /risky 危险的drinking behavior行为. This study brings the suggestion to (sb) parents that they should closely monitor监控what their children are spending their allowance on (if they do not already do so). Even the money that teenagers earn from a part-time or after school job should be up for公开parental surveillance监督. //television surveillance电视监视// CCTV: Closed-circuit television.闭路电视//By parents monitoring their teenagers' money and spending more closely it is thought that the parents can help curb马勒,限制,控制the teenage binge过度放纵drinking problem. And of course the results of this survey also call for要求, 召唤a better enforcement强制执行of drinking laws in the UK, according to Reuters. The study also found that children have usually had some type of alcohol in the UK by age 14. If they are drinking the alcohol in a controlled environment, (such) as in a glass of wine with dinner with their parents, then those children are less likely to learn their drinking habits from friends or bar trips. The study stress/es 强调the importance of parents teaching their children correct drinking habits and monitoring their recreational休养的,娱乐的alcohol intake. Parents should also make sure to talk to their children about alcohol in all aspects. Parents can explain to their teenagers how to partake in参与,分享an alcoholic beverage饮料in a responsible 可靠的manner as well as explaining to their children the risks of binge 过度drinking. Allowance n.津贴, 补助, 宽容, 允许vt.定量供应New iPhone Pricing Model Is a Step Backward for Consumers James 024说明:此文讲述美国市场上iphone手机在营销上面的诡计和陷阱问题。