1984 PDF
1984:值得纪念的伟大年份
制 到城 市,“ 包” 字进城 让承包 制的威 力在城市 改革 中得 以显 饭 ” , 实行 “ 联产 计酬制 ” , 成为家 喻户晓的 “ 具 有独创精 神” 现, 在“ 放 权让利 ” 中没有 被激 活的国有企业 重新 焕 发活力 ,
放 ”两个 词 组合 起 来 , 此后报 刊上 开始 Ⅲ现 “ 改革开放 ”这个
没有 史料 表 明 邓小 平 是 否 读 过 英 国 作 家 乔 治 ・ 奥 威 尔 词 汇。 从这个意义上说, 1 9 8 4 年是 “ 改革开放 ” 的开端 。 跨越 不只体 现 为词语 表达 的改 变 。1 9 8 4 年一次 会见外 宾 内, 包 括他 在 内的很多人 , 都 曾饱受 折磨和 煎熬 , 文化 大革命 时, 邓小平说 : 6 g : 前召开 的十 一届 三中全 会的重 点是在农 村进 的 “十年 浩劫 ”将这个 国家 摧残 得干疮 百孔 , 伤痕 累累。经过 行 改革 , 这 次的十二 届三中全会 则要转移 到城市进行 改革 , 这 1 9 7 8 年以来 的6 年耕 耘 , 改革开放 事业一直在 “ 姓资姓社”的争 将是一场全面的改革。 全面改革的序幕在秋 天拉开。 l O J q 2 o H. 论和政策 摇摆中艰难推 进 。 中共十二 届三 中全 会通 过 《 中共 中央 关 于经济 体 制改革 的决 1 9 8 4 年1 月2 2 日至2 月1 7 H期间, 邓小平视察深 圳 、 珠海 、 厦 定 》,“ 社 会主义 经济 是有计划 的商 品经济”,“ 允许和鼓 励 一 门经济 特 区和 上海 。 邓 小平南巡谈 话如一石激起干层 浪, 春潮 部 分地区 、 一部分企 业和 一部分人依 靠勤奋 劳动先富起 来”等 涌动 , 万象 更新 。 2 月9 日在 厦 门视 察时, 邓小 平指 出:“ 改革开 石 破天惊 的表 述振奋人心。
【免费下载】1984年高考数学全国卷理科及其参考答案
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对全部高中资料试卷电气设备,在安装过程中以及安装结束后进行高中资料试卷调整试验;通电检查所有设备高中资料电试力卷保相护互装作置用调与试相技互术关,系电,力根通保据过护生管高产线中工敷资艺设料高技试中术卷资,配料不置试仅技卷可术要以是求解指,决机对吊组电顶在气层进设配行备置继进不电行规保空范护载高与中带资负料荷试下卷高问总中题体资,配料而置试且时卷可,调保需控障要试各在验类最;管大对路限设习度备题内进到来行位确调。保整在机使管组其路高在敷中正设资常过料工程试况中卷下,安与要全过加,度强并工看且作护尽下关可都于能可管地以路缩正高小常中故工资障作料高;试中对卷资于连料继接试电管卷保口破护处坏进理范行高围整中,核资或对料者定试对值卷某,弯些审扁异核度常与固高校定中对盒资图位料纸置试,.卷保编工护写况层复进防杂行腐设自跨备动接与处地装理线置,弯高尤曲中其半资要径料避标试免高卷错等调误,试高要方中求案资技,料术编试交写5、卷底重电保。要气护管设设装线备备置敷4高、调动设中电试作技资气高,术料课中并3中试、件资且包卷管中料拒含试路调试绝线验敷试卷动槽方设技作、案技术,管以术来架及避等系免多统不项启必方动要式方高,案中为;资解对料决整试高套卷中启突语动然文过停电程机气中。课高因件中此中资,管料电壁试力薄卷高、电中接气资口设料不备试严进卷等行保问调护题试装,工置合作调理并试利且技用进术管行,线过要敷关求设运电技行力术高保。中护线资装缆料置敷试做设卷到原技准则术确:指灵在导活分。。线对对盒于于处调差,试动当过保不程护同中装电高置压中高回资中路料资交试料叉卷试时技卷,术调应问试采题技用,术金作是属为指隔调发板试电进人机行员一隔,变开需压处要器理在组;事在同前发一掌生线握内槽图部内 纸故,资障强料时电、,回设需路备要须制进同造行时厂外切家部断出电习具源题高高电中中源资资,料料线试试缆卷卷敷试切设验除完报从毕告而,与采要相用进关高行技中检术资查资料和料试检,卷测并主处且要理了保。解护现装场置设。备高中资料试卷布置情况与有关高中资料试卷电气系统接线等情况,然后根据规范与规程规定,制定设备调试高中资料试卷方案。
《中国古典文学作品选读》上海古籍出版社[PDF]1984年
《中国古典文学作品选读》上海古籍出版社[PDF]1984年收藏资源后,一旦有新更新(字幕、文件)我们将会用站内消息和电子邮件通知你。
•状态:精华资源•摘要:发行时间: 1984年语言: 简体中文•时间: 2009/7/21 发布 | 2009/7/21 更新•分类:图书文学•统计: | 830次收藏相关:哈里森精华资源: 3506全部资源: 3507•详细内容•相关资源•补充资源•用户评论电驴资源下面是用户共享的文件列表,安装电驴后,您可以点击这些文件名进行下载[中国古典文学作品选读].rar详情149.9MB全选149.9MB中文名: 中国古典文学作品选读资源格式: PDF版本: 上海古籍出版社发行时间: 1984年地区: 大陆语言: 简体中文简介:我国具有灿烂的文化传统。
在提高全民族的科学文化水平、迅速实现四个现代化的新长征中,为了批判地继承我国古代优秀的文学遗产,给繁荣社会主义文化提供有益的借鉴,上海古籍出版社出版了这套《中国古典文学作品选读》。
这是一套普及性的读物。
遵照党的“百花齐放”、“古为今用”的方针,选录历代具有一定代表性的优秀作品,包括诗、词、散文、小说、戏曲、书信、日记等各种体裁,采用选注、选译等方式分册出版。
目录:【中国古典文学作品选读】白居易诗文选注【中国古典文学作品选读】陈维崧词选注【中国古典文学作品选读】楚辞选译【中国古典文学作品选读】杜甫诗选注【中国古典文学作品选读】杜牧诗文选注【中国古典文学作品选读】高适岑参诗选注【中国古典文学作品选读】古代民歌一百首【中国古典文学作品选读】古代日记选注【中国古典文学作品选读】古代山水诗一百首【中国古典文学作品选读】古代游记选注【中国古典文学作品选读】归有光散文选注【中国古典文学作品选读】韩愈散文选注【中国古典文学作品选读】韩愈诗选注【中国古典文学作品选读】汉魏六朝赋选注【中国古典文学作品选读】汉魏六朝散文选注【中国古典文学作品选读】汉魏六朝诗一百首【中国古典文学作品选读】话本选注【中国古典文学作品选读】黄庭坚诗选注【中国古典文学作品选读】黄遵宪诗选注【中国古典文学作品选读】近代散文选注【中国古典文学作品选读】近代诗一百首【中国古典文学作品选读】李白诗选注【中国古典文学作品选读】李清照诗词选注【中国古典文学作品选读】李商隐诗选注【中国古典文学作品选读】历代书信选注【中国古典文学作品选读】两汉书故事选译【中国古典文学作品选读】刘禹锡诗文选注【中国古典文学作品选读】柳永周邦彦词选注【中国古典文学作品选读】柳宗元诗文选注【中国古典文学作品选读】陆游诗文选注【中国古典文学作品选读】明代散文选注【中国古典文学作品选读】明代戏曲选注【中国古典文学作品选读】明清笔记故事选注【中国古典文学作品选读】清代散文选注【中国古典文学作品选读】三国志故事选译【中国古典文学作品选读】三袁诗文选注【中国古典文学作品选读】诗经选译【中国古典文学作品选读】史记故事选译(一) 【中国古典文学作品选读】史记故事选译(二) 【中国古典文学作品选读】宋代散文选注【中国古典文学作品选读】宋诗一百首【中国古典文学作品选读】苏轼诗词选【中国古典文学作品选读】唐代传奇选译【中国古典文学作品选读】唐代散文选注【中国古典文学作品选读】唐诗一百首【中国古典文学作品选读】唐宋词一百首【中国古典文学作品选读】陶渊明诗文选注【中国古典文学作品选读】通鉴故事选译【中国古典文学作品选读】魏晋南北朝小说选注【中国古典文学作品选读】先秦寓言选译【中国古典文学作品选读】先秦诸子散文选译(一) 【中国古典文学作品选读】先秦诸子散文选译(二) 【中国古典文学作品选读】辛弃疾词选注【中国古典文学作品选读】元代戏曲选注【中国古典文学作品选读】元好问诗文选注【中国古典文学作品选读】元明清诗一百首【中国古典文学作品选读】元散曲一百首【中国古典文学作品选读】战国策故事选译【中国古典文学作品选读】朱彝尊诗词选注。
1984年普通高等学校招生全国统一考试政治.pdf
培养学生分析归纳问题的能力。布置作业:
以“我要做一个低碳生活的践行者”为题写一篇自觉实践低碳生活的文章并努力践行,为保护环境做出自己的贡献
。教学反思:
一、设置了“寻找图像中的信息”的探究活动,学生自主获得自然界中二氧化碳的循环及含量变化情况,培养学生
图像和数据分析的能力。
二、本节课注重情景创设,调动学生学习的积极性与求知欲,意识维护生态平衡、人与自然和谐相处的重要性;以
为因素造成的。这可能会导致地球环境恶化,保护自然、人类与自然和谐相处是非常重要的。
通过视频与自学让学生了解大气中二氧化碳含量升高会导致全球变暖,以及科学界存在的不同观点;期待学生能继
续研究,培养学生全面客观认识世界的科学态度。
培养学生与父母沟通的习惯,长辈的经验与建议更值得我们吸取与采纳。
以客观事实让学生感知大气中二氧化碳含量的升高对环境可能造成的影响,认识保护自然平衡、人与自然和谐相处
2012年冬哈尔滨、内蒙古部分地区最低温度跌破—40℃。
链接地址:
com/news/society/201202/
60747145-5432-4b2e-9820-
cdc5fa4f9ec0.shtml
[过渡]所有上述事实告诉我们保护自然平衡、人与自然和谐相处是非常重要的。当务之急是降低大气中二氧化碳的
B. O2
C. CO
D. CO2
2.在地球大气中,因CO2含量的增加引起“温室效应”。
大气中CO2含量的增加主要原因是(
)
A.含碳燃料的燃烧 B.石灰石的分解
C.植物的光合作用 D.人口增长呼出的CO2
3.二氧化碳占空气总体积的0.03%,正常情况下
能维持这个含量基本不变,是因为自然界存在如图
[教材]1984字幕一九八四nineteen.eighty.four内附片子电驴链接
1984字幕一九八四 Nineteen.Eighty.Four内附电影电驴链接这个电影电驴链接是ed2k://|file|%D2%BB%BE%C5%B0%CB%CB%C4.nineteen.eighty.four. 1984.dvdrip.ws.xvid.aen.avi|728111104|8A6330C06D8D13E5FA508 C19FAC0454A|/看电影,记得将这段文字删除,好像不删也可以100:00:09,500 --> 00:00:12,900"谁掌握过去,谁就掌握未来200:00:13,500 --> 00:00:20,500"谁掌握过去,谁就掌握未来谁掌握现在,谁就掌握过去"300:00:40,173 --> 00:00:42,505这是我们的土地,400:00:43,343 --> 00:00:45,538一片平静和富饶的土地,500:00:46,913 --> 00:00:48,710一片融洽和希望的土地,600:00:50,517 --> 00:00:52,849这是我们的土地,700:00:53,820 --> 00:00:55,720大洋国。
800:00:57,891 --> 00:01:00,018这是我们的人民,900:01:01,261 --> 00:01:05,493工人,战士,建造者,1000:01:09,903 --> 00:01:12,303这是我们的人民,1100:01:13,139 --> 00:01:16,973我们世界的建造者,正在努力…1200:01:17,510 --> 00:01:20,206正在战斗,正在流血…1300:01:21,448 --> 00:01:22,881正在死亡。
1400:01:23,283 --> 00:01:27,583在我们城市的街道上,在遥远的战场上,1500:01:28,388 --> 00:01:31,653向切断我们希望和梦想的敌人作战,1600:01:37,497 --> 00:01:38,930敌人是谁?1700:01:39,732 --> 00:01:42,633亚欧国!亚欧国!1800:01:44,404 --> 00:01:46,668他们是黑暗的军队,1900:01:48,341 --> 00:01:51,538亚欧国黑暗的杀人大军,2000:01:54,013 --> 00:01:56,914在非洲和印度的荒凉沙漠地带,2100:01:57,317 --> 00:01:59,285在奥大拉西亚的广阔海域…2200:01:59,385 --> 00:02:02,843奉献着勇气,力量和青春,2300:02:03,623 --> 00:02:08,492奉献给只以残暴为荣誉的野蛮人。
捷达1984第三分册-底盘
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1984奥威尔简介
《一九八四》(英文:N inete en Ei ghty-Four)是英国作家乔治·奥威尔(Geo rge O rwell)创作的一部政治讽刺小说,初版于1949年,与1932年英国赫胥黎著作的《美丽新世界》,以及俄国尤金·扎米亚金的《我们》並称反乌托邦的三部代表作,通常也被认为是政治小说文学的代表作。
在这部作品中,奥威尔深刻分析了极权主义社会,并且刻划了一个令人感到窒息和恐怖的,以追逐权力为最终目标的假想的未来社会,通过对这个社会中一个普通人生活的细致刻画,投射出了现实生活中极权主义的本质。
《一九八四》已经被翻译成至少62种语言,而它对英语本身亦产生了意义深远的影响。
书中的术语和小说作者已经成为讨论隐私和国家安全问题时的常用语。
例如,"奥威尔式的"形容一个令人想到小说中的极权主义社会的行为或组织,而"老大哥在看着你"(BIG BROT HER I S WAT CHING YOU,小说中不时见到的标语)则意指任何被认为是侵犯隐私的监视行为。
《一九八四》曾在某些时期内被视为危险和具有煽动性的,并因此被许多国家(不单是有时被视为采取"极权主义"的国家)列为禁书。
本书被美国时代杂志评为1923年至今最好的100本英文小说之一,此外还在1984年改编成电影上映。
《一九八四》于1949年6月8日由"塞克尔和沃伯格"公司出版。
虽然奥威尔从1945年即开始创作《一九八四》,但小说的大部分是1948年他在苏格兰J ura岛写下的。
这本小说有至少两位文学上的前辈。
奥威尔熟悉俄国作家扎米亚京1921年的小说《我们》,他曾阅读此书的法文译本并在1946年写过评论。
毕业论文《1984》的空间解读
奥威尔《1984》的空间解读关键词:空间权利认知身体精神摘要:作为反乌托邦代表作之一,奥威尔的《1984》中有很多关于空间场所的描写,既有具体的现实空间,也有抽象的心理空间。
这些空间描写蕴含着丰富深刻的意义。
它们不仅对主人公温斯顿的身体和精神上造成了深刻的影响,而且对整个处在极权社会中的人们思维方式的建构和政治权力的实施也起着关键性的作用。
一、引论20世纪科技的发展,已经把人类带向一个同时性的时代。
“我们身处同时性的时代中,处在一个并置的年代,这是远近的年代、比肩的年代、星罗散布的年代。
”(福柯,1982:18)在这个年代,空间取代了时间的历史地位,扮演着关键的角色。
空间不仅影响着个体人的身体和精神,而且对人们尤其是处在极权社会的人们的思维方式的建构和政治权力的实施起着关键性的作用。
空间对人类的规训和支配作用典型地体现在英国小说家乔治·奥维尔的经典反乌托邦小说《1984》中。
本文拟将福柯的全景敞视模式和差异地点等空间理论与西方认知科学理论结合在一起,研究《1984》中空间和权力运作对主人公的身体规训,空间的隐喻对主人公的心理影响,并进而揭示出在极权社会中空间对于人类的思维方式的建构和政治权力的实施方面所起的关键性作用。
二、空间与认知理论福柯在1976年与一群法国地理学者的面谈中承认他长久以来一直对空间着魔的问题,声称:“空间位置,特别是某些建筑设计,在一定历史时代的政治策略中,扮演了重要的角色。
”“建筑自18世纪末叶以来,逐渐被列入到人口问题、健康与都市问题中。
……(它)变成了为达成经济——政治目标所使用的空间部署的问题”(包亚明,2001:29-30)。
福柯在《规训与惩罚》一书中,通过对全景敞视建筑的剖析,揭示了权力是如何通过建筑或者空间的分隔对人的身体进行监视和规训的现象。
福柯认为,通过利用空间监视的科学技术和建筑设计两种手段,可以使空间单位中的个人得到有效的监管。
在《不同空间的正文与上下文》中,福柯提出了“差异空间”的理论。
1984改变整个篮球世界的一年
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我 想我 当 时 已 经 忘 记 了 紧张 我 得 时 刻 注 意做 对 每 件 事 从 那 年 二 月 我 当 上 联 盟 总 裁 以 来 当 时 的C N N 体 育 节 目 主 播 丹 帕 特 里 克就 说: 我们 要 到 街 上 去 问问 看 有 没 有 人 知道 这 个 他 真 的去 问 了 街 上 的 人 们 大卫 斯 坦 恩 是 谁 我 是 干 什 么 的 是 拉小提 琴 的 还 是 广 播音 乐 节 目 主 持 人 果 然 没 人 知道 这 次 公 共 关 系 方 面 的羞 辱 使 我 更 明 白 了 自 己 的位 置 然 后 我 又 去 参 加 了 次 广 播 节 目 上 的辩 论 对 手 是 小 阿 特 拉 斯 特 个 黑 人 他 举 办 了 次 脱 口 秀 问观 众 N B A 里 的黑 人 是 不 是 太 多 了 我 经 历 了 这 些 论 战 的考 验 也 许在很 多观 众 的 面 前 出 现 时 还 是 会 紧 张 当 时 我解 决 的 办 法 是 想像摄 像机 的信 号 没 有 任 何 观 众 会 看见 几 乎 所 有 2 3 支有选 秀 权 的 球 队 都 只 是 在 自 己 的 主 场城 市设 立 指 挥部 通 常 是 在 酒 店房 间里 他们 都 装 部 不 问断的 热 线 电话 与 坐 在费尔特 论 坛 里 球 队标 志 后 面 的代 表 时 刻保持联 系 美 国 电 视 网 派 来 了 名 资 深 的解 说 员 阿 尔 阿 尔 伯 特 还 有 些 特 约 嘉宾 包 括 埃迪 杜 切 特 当 地 圣 约 翰 高 中 的传 奇 教 练 卢 卡 内斯 卡 史 蒂 夫 琼斯 还 有 专 门 的 直 播信 号 传 向 布鲁 明 顿 那 里 是 美 国 国 家 队 的训练 场 几 个参 加 了 选 秀 的球 员 同 时也 是 国 家 队队 员 他们在 为 奥 运 会做准备 国 家 队 的 训 练 对手 是 支 N B A 全 明 星 队 他 们 身 上 的球 衣 写 的 是 华 盛 顿将 军 队 时代 变 了 在 参 加 选 秀 的 球 员 中 有 九 个 尚 未 大 学 毕 业 的球 员
1984年高考数学全国卷文科及其参考答案
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二.(本题满分 24 分)本题共 6 小题,每一个小题满分 4 分 只要求 新疆 王新敞 奎屯
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三.(本题满分 12 分)本题只要求画出图形 新疆 王新敞 奎屯
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对全部高中资料试卷电气设备,在安装过程中以及安装结束后进行高中资料试卷调整试验;通电检查所有设备高中资料电试力卷保相护互装作置用调与试相技互术关,通系电1,过力根管保据线护生0高不产中仅工资可艺料以高试解中卷决资配吊料置顶试技层卷术配要是置求指不,机规对组范电在高气进中设行资备继料进电试行保卷空护问载高题与中2带2资,负料而荷试且下卷可高总保中体障资配2料3置2试3时各卷,类调需管控要路试在习验最2;3大2对3限2设题度备到内进位来行。确调在保整管机使路组其敷高在设中正过资常程料工1试中况卷,下安要与全加过,强度并看工且2作5尽5下2可2都2能护可地1以关缩正于小常管故工路障作高高;中中对资资于料料继试试电卷卷保连破护接坏进管范行口围整处,核理或对高者定中对值资某,料些审试异核卷常与弯高校扁中对度资图固料纸定试,盒卷编位工写置况复.进保杂行护设自层备动防与处腐装理跨置,接高尤地中其线资要弯料避曲试免半卷错径调误标试高高方中等案资,,料要编试求5写、卷技重电保术要气护交设设装底备备置。4高调、动管中试电作线资高气,敷料中课并设3试资件且、技卷料中拒管术试试调绝路中验卷试动敷包方技作设含案术,技线以来术槽及避、系免管统不架启必等动要多方高项案中方;资式对料,整试为套卷解启突决动然高过停中程机语中。文高因电中此气资,课料电件试力中卷高管电中壁气资薄设料、备试接进卷口行保不调护严试装等工置问作调题并试,且技合进术理行,利过要用关求管运电线行力敷高保设中护技资装术料置。试做线卷到缆技准敷术确设指灵原导活则。。:对对在于于分调差线试动盒过保处程护,中装当高置不中高同资中电料资压试料回卷试路技卷交术调叉问试时题技,,术应作是采为指用调发金试电属人机隔员一板,变进需压行要器隔在组开事在处前发理掌生;握内同图部一纸故线资障槽料时内、,,设需强备要电制进回造行路厂外须家部同出电时具源切高高断中中习资资题料料电试试源卷卷,试切线验除缆报从敷告而设与采完相用毕关高,技中要术资进资料行料试检,卷查并主和且要检了保测解护处现装理场置。设。备高中资料试卷布置情况与有关高中资料试卷电气系统接线等情况,然后根据规范与规程规定,制定设备调试高中资料试卷方案。
(1984)Pyramid Methods in Image Processing
E. H. Adelson | C. H. Anderson | J. R. Bergen | P. J. Burt | J. M. Ogden Pyramid methods in image processing The image pyramid offers a flexible, convenient multiresolutionformat that mirrors the multiple scales of processing in thehuman visual system.D igital image processing is being used in many domains today. In image enhance-ment, for example, a variety of methods now exist for removing image degrada-tions and emphasizing important image in-formation, and in computer graphics, dig-ital images can be generated, modified, and combined for a wide variety of visual effects. In data compression, images may be efficiently stored and transmitted if trans-lated into a compact digital code. In ma-chine vision, automatic inspection systems and robots can make simple decisions based on the digitized input from a television camera.But digital image processing is still in a developing state. In all of the areas just mentioned, many important problems re-main to be solved. Perhaps this is most obvious in the case of machine vision: we still do not know how to build machines Abstract:The data structure used to represent image information can be critical to the successful completion of an image processing task. One structure that has attracted considerable attention is the image pyramid This consists of a set of lowpass or bandpass copies of an image, each representing pattern information of a different scale. Here we describe a variety of pyramid methods that we have developed for image data compression, enhancement, analysis and graphics.©1984 RCA CorporationFinal manuscript received November 12, 1984Reprint Re-29-6-5that can perform most of the routine vis-ual tasks that humans do effortlessly.It is becoming increasingly clear thatthe format used to represent image datacan be as critical in image processing asthe algorithms applied to the data. A dig-ital image is initially encoded as an arrayof pixel intensities, but this raw format isnot suited to most tasks. Alternatively, animage may be represented by its Fouriertransform, with operations applied to thetransform coefficients rather than to theoriginal pixel values. This is appropriatefor some data compression and image en-hancement tasks, but inappropriate forothers. The transform representation is par-ticularly unsuited for machine vision andcomputer graphics, where the spatial loca-tion of pattem elements is critical.Recently there has been a great deal ofinterest in representations that retain spa-tial localization as well as localization inthe spatial—frequency domain. This isachieved by decomposing the image into aset of spatial frequency bandpass compo-nent images. Individual samples of a com-ponent image represent image pattern in-formation that is appropriately localized,while the bandpassed image as a whole rep-resents information about a particular fine-ness of detail or scale. There is evidencethat the human visual system uses such arepresentation,1 and multiresolution sche-mes are becoming increasingly popular inmachine vision and in image processing ingeneral.The importance of analyzing images atmany scales arises from the nature ofimages themselves. Scenes in the worldcontain objects of many sizes, and theseobjects contain features of many sizes.Moreover, objects can be at various dis-tances from the viewer. As a result, anyanalysis procedure that is applied only at asingle scale may miss information at otherscales. The solution is to carry out analy-ses at all scales simultaneously.Convolution is the basic operation ofmost image analysis systems, and convo-lution with large weighting functions is anotoriously expensive computation. In amultiresolution system one wishes to per-form convolutions with kernels of manysizes, ranging from very small to verylarge. and the computational problemsappear forbidding. Therefore one of themain problems in working with multires-olution representations is to develop fastand efficient techniques.Members of the Advanced Image Pro-cessing Research Group have been activelyinvolved in the development of multireso-lution techniques for some time. Most ofthe work revolves around a representationknown as a "pyramid," which is versatile,convenient, and efficient to use. We haveapplied pyramid-based methods to somefundamental problems in image analysis,data compression, and image manipulation.Image pyramidsThe task of detecting a target pattern thatmay appear at any scale can be approachedin several ways. Two of these, which in-volve only simple convolutions, are illus-RCA Engineer • 29-6 • Nov/Dec 1984 33Fig. 1. Two methods of searching for a target pattern over many scales. In the first approach, (a), copies of the target pattern are constructed at several expanded scales, and each is convolved with the original image. In the second approach, (b), a single copy of the target is convolved with copies of the image reduced in scale. The target should be just large enough to resolve critical details The two ap-proaches should give equivalent results, but the second is more efficient by the fourth power of the scale factor (imageconvolutions are represented by 'O').trated in Fig. 1. Several copies of the pat-tern can be constructed at increasing scales, then each is convolved with the image. Alternatively, a pattern of fixed size can be convolved with several copies of the image represented at correspondingly reduced re-solutions. The two approaches yield equi-valent results, provided critical information in the target pattern is adequately repre-sented. However, the second approach is much more efficient: a given convolution with the target pattern expanded in scale by a factor s will require s4 more arith-metic operations than the corresponding convolution with the image reduced inscale by a factor of s. This can be substan-tial for scale factors in the range 2 to 32, acommonly used range in image analysis.The image pyramid is a data structuredesigned to support efficient scaled convo-lution through reduced image representa-tion. It consists of a sequence of copies ofan original image in which both sampledensity and resolution are decreased inregular steps. An example is shown in Fig.2a. These reduced resolution levels of thepyramid are themselves obtained through ahighly efficient iterative algorithm. Thebottom, or zero level of the pyramid, G,is equal to the original image. This is low-pass-filtered and subsampled by a factor oftwo to obtain the next pyramid level, G1.G1is then filtered in the same way andsubsampled to obtain G2. Further repeti-tions of the filter/subsample steps generatethe remaining pyramid levels. To be pre-cise, the levels of the pyramid are obtainediteratively as follows. For 0 < l < N:(1)Gl(i,j) ΣΣm nw (m,n) Gl-1(2i+m,2j+n)However, it is convenient to refer to this34RCA Engineer • 29-6 • Nov/Dec 1984Fig. 2b. Levels of the Gaussian pyramid expanded to the size of the original image.The effects of lowpass filtering are now clearly apparent.Fig.3. Equivalent weighting functions.The process of constructing the Gaus-sian (lowpass) pyramid is equivalent to convolving the original image with a set of Gaussian-like weighting functions,then subsampling, as shown in (a). The weighting functions double in size with each increase in 1. The corresponding functions for the Laplacian pyramid re-semble the difference of two Gaussians,as shown in (b).process as a standard REDUCE opera- tion, and simply writeG l = REDUCE [G l -1].We call the weighting function w (m ,n )the "generating kernel." For reasons of computational efficiency this should be small and separable. A five-tap filter was used to generate the pyramid in Fig. 2a.Pyramid construction is equivalent to convolving the original image with a set of Gaussian-like weighting functions. These"equivalent weighting functions" for threesuccessive pyramid levels are shown in Fig. 3a. Note that the functions double inwidth with each level. The convolutionacts as a lowpass filter with the band limitreduced correspondingly by one octave with each level. Because of this resemblance to the Gaussian density function we refer to the pyramid of lowpass images as the "Gaussian pyramid."Bandpass, rather than lowpass, images are required for many purposes. These may be obtained by subtracting each Gaussian (lowpass) pyramid level from the next-lower level in the pyramid. Because these levels differ in their sample density it is necessary to interpolate new sample values between those in a given level before that level is subtracted from the next-lower level. Interpolation can be achieved by reversing the REDUCE process. We call this an EXPAND operation. Let G l ,k be the image obtained by expanding G l k times. Then G l ,k = EXPAND [G G l ,k -1] or, to be precise, G l ,0 = G l , and for k >0,(2)G l ,k (i ,j ) = 4 ΣΣm n G l ,k -1 ( 2222i m j n ++, )Here only terms for which (2i+m)/2 and(2j+n)/2 are integers contribute to the sum. The expand operation doubles the size of the image with each iteration, sothat G l ,1, is the size of G l ,1, and G l ,1 is thesame size as that of the original image.Examples of expanded Gaussian pyramidlevels are shown in Fig. 2b.The levels of the bandpass pyramid, L 0,L 1, ...., L N , may now be specified in termsof the lowpass pyramid levels as follows:L l = G l —EXPAND [G l +1] (3)= G l —G l +1,1.The first four levels are shown in Fig. 4a.Just as the value of each node in the Gaussian pyramid could have been ob-tained directly by convolving a Gaussian-like equivalent weighting function with the original image, each value of this bandpass pyramid could be obtained by convolving a difference of two Gaussians with the original image. These functions closely resemble the Laplacian operators common-ly used in image processing (Fig. 3b). For this reason we refer to the bandpass pyra-mid as a "Laplacian pyramid."An important property of the Laplacian pyramid is that it is a complete imagerepresentation: the steps used to construct the pyramid may be reversed to recoverthe original image exactly. The top pyra-mid level, L N, is first expanded and addedto L N -1 to form G N -1 then this array is expanded and added to L N -2 to recover G N -2, and so on. Alternatively, we may write G 0 = ∑ L l ,l (4)The pyramid has been introduced here asa data structure for supporting scaled imageanalysis. The same structure is well suited for a variety of other image processingtasks. Applications in data compression and graphics, as well as in image analysis,will be described in the following sections.It can be shown that the pyramid-building procedures described here have significant advantages over other approaches to scaled analysis in terms of both computation cost and complexity. The pyramid levels are obtained with fewer steps through repeated REDUCE and EXPAND operations than is possible with the standard FFT. Further-more, direct convolution with large equiva-lent weighting functions requires 20- to 30-bit arithmetic to maintain the same ac-Adelson et al.: Pyramid methods in image processing35Fig. 4b.Levels of the Laplacian pyramid expanded to the size of the original image. Note that edge and bar features are enhanced and segregated by size.curacy as the cascade of convolutions with the small generating kernel using just 8-bit arithmetic.A compact codeThe Laplacian pyramid has been described as a data structure composed of bandpass copies of an image that is well suited for scaled-image analysis. But the pyramid may also be viewed as an image transform-ation, or code. The pyramid nodes are then considered code elements, and the equiva-lent weighting functions are sampling functions that give node values when con-volved with the image. Since the original image can be exactly reconstructed from it'spyramid representation (Eq. 4), the pyramidcode is complete.There are two reasons for transformingan image from one representation to an-other: the transformation may isolate criti-cal components of the image pattern sothey are more directly accessible to analy-sis, or the transformation may place thedata in a more compact form so that theycan be stored and transmitted more effi-ciently. The Laplacian pyramid serves bothof these objectives. As a bandpass filter,pyramid construction tends to enhanceimage features, such as edges, which areimportant for interpretation. These featuresare segregated by scale in the various pyra-mid levels, as shown in Fig. 4. As with theFourier transform, pyramid code elementsrepresent pattern components that are res-tricted in the spatial-frequency domain. Butunlike the Fourier transform, pyramid codeelements are also restricted to local regionsin the spatial domain. Spatial as well asspatial-frequency localization can be criticalin the analysis of images that containmultiple objects so that code elements willtend to represent characteristics of singleobjects rather than confound the characteris-tics of many objects.The pyramid representation also permitsdata compression.3 Although it has one36 RCA Engineer • 29-6 • Nov/Dec 1984Fig. 5.Pyramid data compression. The original image represented at 8 bits per-pixel is shown in (a). The node values of tbe Laplacian pyramid representation of this image were quantitized to obtain effective data rates of 1 b/p and 1/2 b/p. Reconstructed images (b) and (c) show relatively little degradation.third more sample elements than the orig-inal image, the values of these samples tend to be near zero, and therefore can be represented with a small number of bits. Further data compression can be obtained through quantization: the number of dis-tinct values taken by samples is reduced by binning the existing values. This results in some degradation when the image is reconstructed, but if the quantization bins are carefully chosen, the degradation will not be detectable by human observers and will not affect the performance of analysis algorithms.Figure 5 illustrates an application of the pyramid to data compression for image transmission. The original image is shown in Fig. 5a. A Laplacian pyramid represen-tation was constructed for this image, then the values were quantized to reduce the effective data rate to just one bit per pixel, then to one-half bit per pixel. Images recon-structed from the quantized data are shown in Figs. 5b and 5c. Humans tend to be more sensitive to errors in low-frequency image components than in high-frequency components. Thus in pyramid compression, nodes at level zero can be quantized more coarsely than those in higher levels. This is fortuitous for compression since three-quart-ers of the pyramid samples are in the zero level.Data compression through quantization may also be important in image analysis to reduce the number of bits of precision carried in arithmetic operations. For exam-ple, in a study of pyramid-based image motion analysis it was found that data could be reduced to just three bits per sample without noticeably degrading the computed flow field.4These examples suggest that the pyra-mid is a particularly effective way of repre-senting image information both for trans-mission and analysis. Salient informationis enhanced for analysis, and to the extentthat quantization does not degrade analy-sis, the representation is both compact androbust.Image analysisPyramid methods may be applied to anal-ysis in several ways. Three of these will beoutlined here. The first concerns patternmatching and has already been mentioned:to locate a particular target pattern thatmay occur at any scale within an image,the pattern is convolved with each level ofthe image pyramid. All levels of the pyra-mid combined contain just one third morenodes than there are pixels in the originalimage. Thus the cost of searching for apattern at many scales is just one thirdmore than that of searching the originalimage alone.The complexity of the patterns that maybe found in this way is limited by the factthat not all image scales are represented inthe pyramid. As defined here, pyramidlevels differ in scale by powers of two, orby octave steps in the frequency domain.Power-of-two steps are adequate when thepatterns to be located are simple, but com-plex patterns require a closer match be-tween the scale of the pattern as defined inthe target array, and the scale of the pat-tern as it appears in the image. Variants onthe pyramid can easily be defined withsquareroot-of-two and smaller steps. How-ever, these not on]y have more levels, butmany more samples, and the computationalcost of image processing based on suchpyramids is correspondingly increased.A second class of operations concernsthe estimation of integrated propertieswithin local image regions. For example, atexture may often be characterized by localdensity or energy measures. Reliable esti-mates of image motion also require theintegration of point estimates of displace-ment within regions of uniform motion. Insuch cases early analysis can often beformulated as a three-stage sequence ofstandard operations. First, an appropriatepattern is convolved with the image (orimages, in the case of motion analysis).This selects a particular pattern attribute tobe examined in the remaining two stages.Second, a nonlinear intensity transforma-tion is performed on each sample value.Operations may include a simple thresholdto detect the presence of the target pattern,a power function to be used in computingtexture energy measures, or the product ofcorresponding samples in two images usedin forming correlation measures for motionanalysis. Finally the transformed samplevalues are integrated within local windowsto obtain the desired local propertymeasures.Pattern scale is an important parameterof both the convolution and integrationstages. Pyramid-based processing may beemployed at each of these stages to facili-tate scale selection and to support efficientcomputation. A flow diagram for this three-stage analysis is given in Fig. 6. Analysisbegins with the construction of the pyramidrepresentation of the image. A feature pat-tern is then convolved with each level of thepyramid (Stage 1), and the resultingcorrelation values may be passed throughAdelson et al.: Pyramid methods in image processing 37Fig.6. Efficient procedure for computing integrated image properties at many scales. Each level of the image pyramid is convolved with a pattern to enhance an elementary image characteristic, step 1. Sample values in the filtered image may then be passed through a nonlinear transformation, such as a threshold or power function, step 2. Finally, a new "integration" pyramid is built on each of the processed image pyramid levels, step 3. Node values then represent an average image characteristic integrated within a Gaussian-like window.methods have proved be useful. For ex-ample, a method we call multi-resolution coring may be used to reduce random noise in an image while sharpening details of the image itself.5 The image is first decomposed into its Laplacian pyramid (bandpass) representation. The samples in each level are then passed through a cor-ing function where small values (which include most of the noise) are set to zero, while larger values (which include pro-menent image features) are retained, or "peaked." The final enhanced image is then obtained by summing the levels of the processed pyramid. This technique is illustrated in Fig. 8. Figure 8a is the origi-nal image to which random noise has been added, and Fig. 8b shows the image en-hanced through multiresolution coring.6 We have recently developed a pyramid-based method for creating photographic images with extended depth of field. We begin with two or more images focused ata nonlinear intensity transformation (Stage2). Finally, each filtered and transformed image becomes the bottom level of a new Gaussian pyramid. Pyramid construction has the effect of integrating the input values within a set of Gaussian-like windows of many scales (Stage 3).As an example, integrated property esti-mates have been used to locate the boun-dary between the two textured regions of Fig. 7a. The upper and lower halves of this image show two pieces of wood with differently oriented grain. The right half of the image is covered by a shadow. The boundary between the shaded and unshad-ed regions is the most prominent feature in the image, and its location can he detected quite easily as the maximum of the gra-dient of the image intensity (Fig. 7b). How-ever, a simple edge-detecting operation such as this gradient-based procedure cannot be used to locate the boundary between the two pieces of wood. Instead it would iso-late the line patterns that make up the wood grain.The texture boundary can be found through the three-step process as follows: A Laplacian pyramid is constructed for the original texture. The vertical grain is then enhanced by convolving the image with a horizontal gradient operator (Stage 1). Each pyramid node value is then squared, (Stage 2) and a new integration pyramid is constructed for each level of the filtered image pyramid (Stage 3). In this way energy measures are obtained within windows of various sizes. Figure 7c shows level 2 of the integration pyramidfor level L0 of the filtered-image pyramid.Note that texture differences in the originalimage have been converted into differen-ces in gray level. Finally, a simple gra-dient-based edge-detection technique canbe used to locate the boundary betweenimage regions, Fig. 7d. (Pyramid levelshave been expanded to the size of the orig-inal image to facilitate comparison.)A third class of analysis operations con-cerns fast coarse-fine search techniques.Suppose we need to locate precisely a largecomplex pattern within an image. Ratherthan attempt to convolve the full patternwith the image, the search begins by con-volving a reduced-resolution pattern witha reduced-resolution copy of the image.This serves to roughly locate possible oc-currences of the target pattern with a mini-mum of computation. Next, higher-resolu-tion copies of the pattern and image canbe used to refine the position estimatesthrough a second convolution. Computa-tion is kept to a minimum by restrictingthe search to neighborhoods of the pointsidentified at the coarser resolution. Thesearch may proceed through several stagesof increased resolution and position refine-ment. The savings in computation thatmay be obtained through coarse-fine searchcan be very substantial, particularly whensize and orientation of the target patternand its position are not known.Image enhancementThus far we have described how pyramidmethods may be applied to data compres-sion and image analysis. But there are otherareas of image science where thesedifferent distances and combine them in away that retains the sharp regions of each.As an example, Figs. 9a and 9b show twopictures of a circuit board taken with thecamera focused at two different depth-planes. We wish to construct a compositeimage in which all the components andthe board surface are in focus. Let LA andLB be Laplacian pyramids for the twooriginal images in our example. The low-frequency levels of these pyramids shouldbe almost identical because the low spa-tial-frequency image components are onlyslightly affected by changes in focus. Butchanges in focus will affect node values inthe pyramid levels where high-spatial-frequency information is encoded. How-ever, corresponding nodes in the two py-ramids will generally represent the samefeature of the scene and will differ primar-ily in attenuation due to blur. The nodewith the largest amplitude will be in theimage that is most nearly in focus. Thus,"in focus" image components can be se-lected node-by-node in the pyramid ratherthan region-by-region in the original im-ages. A pyramid LC is constructed for thecomposite image by setting each node equalto the corresponding node in LA or LBthat has the larger absolute value:If |Lal(i,j) | > | LEl(i,i) |,then LCl(i,j) = LAl(i,j)otherwise. LCl(i,j) = LBl(i,j)(7)The composite image is then obtained sim-ply by expanding and adding the levels ofLC. Figure 9c shows an extended depth-of-field image obtained in this way.38RCA Engineer • 29-6 • Nov/Dec 1984Fig. 7. Texture boundary detection using energy measures. The original image, (a), contains two pieces of wood with differently oriented grain separated by a horizon-tal boundary. The right half of this image is in a shadow, so an attempt to locate edges based on image intensity would isolate the boundary of the shadow region, (b). In order to detect the boundary between the pieces of wood in this image we first convolve each level of its Laplacian pyramid with a pattern that enhances vertical features. At level Lthis matches the scale of the texture grain on the lower half of the image. The nodes at this level are squared and integrated (by construct-ing an additional pyramid) to give the energy image in (c). Finally, an intensity edge-detector applied to the energy image yields the desired texture boundary.Fig. 8. Multiresolution coring. Part (a) shows an image to which noise has been added to simulate transmission degradation. The Laplacian pyramid was constructed for this noisy image, and node values at each level were "cored." As a result, much of the noise is re-moved while prominent features of the original image are retained in the re-constructed image, (b).A related application of pyramids con-cerns the construction of image mosaics. This is a common task in certain scientific fields and in advertising. The objective is to join a number of images smoothly into a larger mosaic so that segment boundar-ies are not visible. As an example, suppose we wish to join the left half of Fig. 10a with the right half of Fig. 10b The most direct method for combining the images is to catinate the left portion of Fig. 10a with the right portion of Fig. 10b. The result, shown in Fig. 10c, is a mosaic in which the boundary is clearly visible as a sharp (though generally low-contrast) step in gray level.An alternative approach is to join imagecomponents smoothly by averaging pixelvalues within a transition zone centered onthe join line. The width of the transitionzone is then a critical parameter. If it istoo narrow, the transition will still be vis-ible as a somewhat blurred step. If it is toowide, features from both images will bevisible within the transition zone as in aphotographic double exposure. The blur-red-edge effect is due to a mismatch oflow frequencies along the mosaic boun-dary, while the double-exposure effect isdue to a mismatch in high frequencies. Ingeneral, there is no choice of transitionzone width that can avoid both defects.This dilemma can be resolved if eachimage is first decomposed into a set ofspatial-frequency bands. Then a bandpassmosaic can be constructed in each bandby use of a transition zone that is compar-able in width to the wavelengths repres-ented in the band. The final mosaic is thenobtained by summing the component band-pass mosaics.The computational steps in this "multire-solution splining" procedure are quite sim-ple when pyramid methods are used.6 Tobegin, Laplacian pyramids LA and LB areconstructed for the two original images.These decompose the images into the re-quired spatial-frequency bands. Let P be theAdelson et al.: Pyramid methods in Image processing 39。
公元1984年日历表PDF打印版
日一二三四五六日一二三四五六日一二三四五六SUN MON TUE WED THU FRI SAT SUNMONTUEWED THU FRI SAT SUNMONTUEWEDTHU FRI SAT 12345671234123廿九三十腊月初二初三初四初五三十正月初二初三廿九三十二月89101112131456789101145678910初六初七初八初九初十十一十二初四初五初六初七初八初九初十初二初三初四初五初六初七初八151617181920211213141516171811121314151617十三十四十五十六十七十八十九十一十二十三十四十五十六十七初九初十十一十二十三十四十五222324252627281920212223242518192021222324二十廿一廿二廿三廿四廿五廿六十八十九二十廿一廿二廿三廿四十六十七十八十九二十廿一廿二2930312627282925262728293031廿七廿八廿九廿五廿六廿七廿八廿三廿四廿五廿六廿七廿八廿九日一二三四五六日一二三四五六日一二三四五六SAT SUN MON TUE WED THU FRI SUNMONTUE WED THU FRI SAT SUNMONTUEWEDTHUFRI SAT 12345671234512三月初二初三初四初五初六初七四月初二初三初四初五初二初三89101112131467891011123456789初八初九初十十一十二十三十四初六初七初八初九初十十一十二初四初五初六初七初八初九初十151617181920211314151617181910111213141516十五十六十七十八十九二十廿一十三十四十五十六十七十八十九十一十二十三十四十五十六十七222324252627282021222324252617181920212223廿二廿三廿四廿五廿六廿七廿八二十廿一廿二廿三廿四廿五廿六十八十九二十廿一廿二廿三廿四2930272829303124252627282930廿九三十廿七廿八廿九三十五月廿五廿六廿七廿八廿九六月初二日一二三四五六日一二三四五六日一二三四五六SUN MON TUE WED THU FRI SAT SATSUNMONTUE WED THU FRI SUNMONTUEWEDTHUFRISAT 123456712341初三初四初五初六初七初八初九初五初六初七初八初六8910111213145678910112345678初十十一十二十三十四十五十六初九初十十一十二十三十四十五初七初八初九初十十一十二十三15161718192021121314151617189101112131415十七十八十九二十廿一廿二廿三十六十七十八十九二十廿一廿二十四十五十六十七十八十九二十222324252627281920212223242516171819202122廿四廿五廿六廿七廿八廿九七月廿三廿四廿五廿六廿七廿八廿九廿一廿二廿三廿四廿五廿六廿七29303126272829303123242526272829初二初三初四三十八月初二初三初四初五廿八廿九九月初二初三初四初五30初六日一二三四五六日一二三四五六日一二三四五六SUNMON TUE WED THU FRI SAT SUNMONTUEWEDTHU FRI SAT SATSUNMONTUEWEDTHUFRI 1234561231初七初八初九初十十一十二初九初十十一初九78910111213456789102345678十三十四十五十六十七十八十九十二十三十四十五十六十七十八初十十一十二十三十四十五十六14151617181920111213141516179101112131415二十廿一廿二廿三廿四廿五廿六十九二十廿一廿二廿三廿四廿五十七十八十九二十廿一廿二廿三212223242526271819202122232416171819202122廿七廿八廿九十月初二初三初四廿六廿七廿八廿九三十闰十月初二廿四廿五廿六廿七廿八廿九冬月2829303125262728293023242526272829初五初六初七初八初三初四初五初六初七初八初二初三初四初五初六初七初八3031初九初十节日公历农历小寒01月06日 11:40:51谷雨04月20日 05:38:06大暑07月22日 23:58:12霜降10月23日 13:45:39大寒01月21日 05:05:0212月07日 06:28:0311月22日 11:10:38夏至冬至12月22日 00:22:48小暑07月07日 06:29:06寒露10月08日 10:42:35农历节日腊八节小年除夕春节元宵节清明节端午节七夕节中元节中秋节重阳节09月23日 04:32:5306月21日 13:02:14秋分春分03月20日 18:24:19立春02月04日 23:18:44立夏05月05日 15:50:57立秋正月十五二月廿三五月初五七月十五八月十五九月初九08月07日 16:17:53立冬11月07日 13:45:32雨水02月19日 19:16:13小满05月21日 04:57:36处暑08月23日 07:00:10小雪芒种06月05日 20:08:37白露09月07日 19:09:50大雪公元 1984 年 日历 农历 甲子 年(鼠年)08August12December01January02February03March04April05May06June07July09September10October备注:公元1984年,公历闰年,53周,共366天。
《美国恐怖故事:1984第九季第...
凭什么我弟弟死了 那女人却还活着
Just tell me where she is.
告诉我她在哪里
She won't see any more sunrises after I find her. 我找到她后会让她看不到第二天的太
阳
Promise me she'll suffer.
你要保证她受尽折磨
现在有了另一个杀手
- and if we don't get her... - Wait. Wh-What do you -如果我们没搞定她 -等等 什么意
mean?
思
Jingles.
叮当
The Mr. Jingles?
叮当先生吗
He sliced up two guys right in front of me.
I want it to be painful.
我要她痛到极致
I promise.
我保证
I do.
我会的
美国恐怖故事 1984\N 第九季 第四
第 4 页 共 79 页
《美国恐怖故事:1984 第九季 第 4-6 集 American Horror Story- 1984 (2019)》英中字幕
集
第 4 集 午夜男子健美操 然后 来吧 小伙子们 动起来 闭上嘴巴好好跳 踢跳 二三 转到另一边 顶 再顶 屁股 扭 摸下去 再翻身上来 跳起来 二三 布雷步 顶起来 顶 拳击 继续 小伙子们 猛男
第 1 页 共 79 页
《美国恐怖故事:1984 第九季 第 4-6 集 American Horror Story- 1984 (2019)》英中字幕
Ricky, you need to focus.
《美国恐怖故事:1984第九季第...
大家都说我这人一开始就过分热情
但这是洛杉矶啊 不主动一点 怎么交皀到朋友 是吧 没错 我是布鲁兊 我刚搬来这里 我超爱这地方 自打 82 年我在《滚石》上 读了那些文章后 我就一直在做健身操
你知道他们丽办竞技健美操锦标赛吗
听起来 奺严肃 我知道你可能不信 但我要成为有史以来最棒皀健美操选手
对了 我叫蒙塔娜 她被捅了 40 刀 喉咙被切得很深 基本上算是斩首了
-在描述你上一场约会吗 -真搞笑 不是 几天前在格拉塞尔公园有起凶杀 案 我表哥在洛杉矶警署凶杀组队 他们很肯定 无论凶手是什么人
城里几 件未 破获 皀凶 案跟 他也 脱不 了干 系 警察管他叫夜行者 我听说在夏天最热皀时候 违环杀手会更活跃 因为人们晚上都开窗睡觉
这位是布鲁兊 她刚搬来 布鲁兊 这是泽维尔 雷和切特 你们是怎么认识皀 这可是洛杉矶 我们真皀算认识吗
《美国恐怖故亊:1984 第九季 第 1-3 集 American Horror Story- 1984 (2019)》英中字幕
目录 第 1 集 ...............................................................................................................................1 第 2 集 ............................................................................................................................18 第 3 集............................................................................................................................ 32
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江博激情英语OSCAR BOOK CLUB1984导读手册2010/5/51984Contest:Hitler in Germany and Joseph Stalin in the Soviet Union inspired Orwell’s mounting hatred of totalitarianism and political authority. Orwell devoted his energy to writing novels that were politically charged, first with Animal Farm in 1945, then with 1984 in 1949.1984 is one of Orwell’s best-crafted novels, and it remains one of the most powerful warnings ever issued against the dangers of a totalitarian society. In Spain, Germany, and the Soviet Union, Orwell had witnessed the danger of absolute political authority in an age of advanced technology. He illustrated that peril harshly in 1984. Like Aldous Huxley’s Brave New World (1932), 1984 is one of the most famous novels of the negative utopian, or dystopian, genre. Unlike a utopian novel, in which the writer aims to portray the perfect human society, a novel of negative utopia does the exact opposite: it shows the worst human society imaginable, in an effort to convince readers to avoid any path that might lead toward such societal degradation. In 1949, at the dawn of the nuclear age and before the television had become a fixture in the family home, Orwell’s vision of a post-atomic dictatorship in which every individual would be monitored ceaselessly by means of the telescreen seemed terrifyingly possible. That Orwell postulated such a society a mere thirty-five years into the future compounded this fear.Of course, the world that Orwell envisioned in 1984 did not materialize. Rather than being overwhelmed by totalitarianism, democracy ultimately won out in the Cold War, as seen in the fall of the Berlin Wall and the disintegration of the Soviet Union in the early 1990s. Yet 1984 remains an important novel, in part for the alarm it sounds against the abusive nature of authoritarian governments, but even more so for its penetrating analysis of the psychology of power and the ways that manipulations of language and history can be used as mechanisms of control.Plot OverviewW INSTON S MITH IS A LOW-RANKING MEMBER OF the ruling Party in London, in the nation of Oceania. Everywhere Winston goes, even his own home, the Party watches him through telescreens; everywhere he looks he sees the face of the Party’s seemingly omniscient leader, a figure known only as Big Brother. The Party controls everything in Oceania, even the people’s history and language. Currently, the Party is forcing the implementation of an invented language called Newspeak, which attempts to prevent political rebellion by eliminating all words related to it. Even thinking rebellious thoughts is illegal. Such thoughtcrime is, in fact, the worst of all crimes.As the novel opens, Winston feels frustrated by the oppression and rigid control of the Party, which prohibits free thought, sex, and any expression of individuality. Winston dislikes the party and has illegally purchased a diary in which to write his criminal thoughts. He has also become fixated on a powerful Party member named O’Brien, whom Winston believes is a secret member of the Brotherhood—the mysterious, legendary group that works to overthrow the Party.Winston works in the Ministry of Truth, where he alters historical records to fit the needs of the Party. He notices a coworker, a beautiful dark-haired girl, staring at him, and worries that she is an informant who will turn him in for his thoughtcrime. He is troubled by the Party’s control of history: the Party claims that Oceania has always been allied with Eastasia in a war against Eurasia, but Winston seems to recall a time when this was not true. The Party also claims that Emmanuel Goldstein, the alleged leader of the Brotherhood, is the most dangerous man alive, but this does not seem plausible to Winston. Winston spends his evenings wandering through the poorest neighborhoods in London, where the proletarians, or proles, live squalid lives, relatively free of Party monitoring.One day, Winston receives a note from the dark-haired girl that reads “I love you.” She tells him her name, Julia, and they begin a covert affair, always on the lookout for signs of Party monitoring. Eventually they rent a room above the secondhand store in the prole district where Winston bought the diary. This relationship lasts for some time. Winston is sure that they will be caught and punished sooner or later (the fatalistic Winston knows that he has been doomed since he wrote his first diary entry), while Julia is more pragmatic and optimistic. As Winston’s affair with Julia progresses, hishatred for the Party grows more and more intense. At last, he receives the message that he has been waiting for: O’Brien wants to see him.Winston and Julia travel to O’Brien’s luxurious apartment. As a member of the powerful Inner Party (Winston belongs to the Outer Party), O’Brien leads a life of luxury that Winston can only imagine. O’Brien confirms to Winston and Julia that, like them, he hates the Party, and says that he works against it as a member of the Brotherhood. He indoctrinates Winston and Julia into the Brotherhood, and gives Winston a copy of Emmanuel Goldstein’s book, the manifesto of the Brotherhood. Winston reads the book—an amalgam of several forms of class-based twentieth-century social theory—to Julia in the room above the store. Suddenly, soldiers barge in and seize them. Mr. Charrington, the proprietor of the store, is revealed as having been a member of the Thought Police all along.Torn away from Julia and taken to a place called the Ministry of Love, Winston finds that O’Brien, too, is a Party spy who simply pretended to be a member of the Brotherhood in order to trap Winston into committing an open act of rebellion against the Party. O’Brien spends months torturing and brainwashing Winston, who struggles to resist. At last, O’Brien sends him to the dreaded Room 101, the final destination for anyone who opposes the Party. Here, O’Brien tells Winston that he will be forced to confront his worst fear. Throughout the novel, Winston has had recurring nightmares about rats; O’Brien now straps a cage full of rats onto Winston’s head and prepares to allow the rats to eat his face. Winston snaps, pleading with O’Brien to do it to Julia, not to him.Giving up Julia is what O’Brien wanted from Winston all along. His spirit broken, Winston is released to the outside world. He meets Julia but no longer feels anything for her. He has accepted the Party entirely and has learned to love Big Brother.Character ListWinston Smith - A minor member of the ruling Party in near-future London, Winston Smith is a thin, frail, contemplative, intellectual, and fatalistic thirty-nine-year-old. Winston hates the totalitarian control and enforced repression that are characteristic of his government. He harbors revolutionary dreams.Read an in-depth analysis of Winston Smith.Julia - Winston’s lover, a beautiful dark-haired girl working in the Fiction Department at the Ministry of Truth. Julia enjoys sex, and claims to have had affairs with many Party members. Julia is pragmatic and optimistic. Her rebellion against the Party is small and personal, for her own enjoyment, in contrast to Winston’s ideological motivation.Read an in-depth analysis of Julia.O’Brien - A mysterious, powerful, and sophisticated member of the Inner Party whom Winston believes is also a member of the Brotherhood, the legendary group of anti-Party rebels.Read an in-depth analysis of O’Brien.Big Brother - Though he never appears in the novel, and though he may not actually exist, Big Brother, the perceived ruler of Oceania, is an extremely important figure. Everywhere Winston looks he sees posters of Big Brother’s face bearing the message “BIG BROTHER IS WATCHING YOU.” Big Brother’s image is stamped on coins and broadcast on the unavoidable telescreens; it haunts Winston’s life and fills him with hatred and fascination.Mr. Charrington - An old man who runs a secondhand store in the prole district. Kindly and encouraging, Mr. Charrington seems to share Winston’s interest in the past. He also seems to support Winston’s rebellion against the Party and his relationship with Julia, since he rents Winston a room without a telescreen in which to carry out his affair. But Mr. Charrington is not as he seems. He is a member of the Thought Police.Syme - An intelligent, outgoing man who works with Winston at the Ministry of Truth. Syme specializes in language. As the novel opens, he is working on a new edition of the Newspeak dictionary. Winston believes Syme is too intelligent to stay in the Party’s favor.Parsons - A fat, obnoxious, and dull Party member who lives near Winston and works at the Ministry of Truth. He has a dull wife and a group of suspicious, ill-mannered children who are members of the Junior Spies.Emmanuel Goldstein - Another figure who exerts an influence on the novel without ever appearing in it. According to the Party, Goldstein is the legendary leader of the Brotherhood. He seems to have been a Party leader who fell out of favor with the regime. In any case, the Party describes him as the most dangerous and treacherous man in Oceania.Book One Chapter ISummary: Chapter IOn a cold day in April of 1984, a man named Winston Smith returns to his home, a dilapidated apartment building called Victory Mansions. Thin, frail, and thirty-nine years old, it is painful for him to trudge up the stairs because he has a varicose ulcer above his right ankle. The elevator is always out of service so he does not try to use it. As he climbs the staircase, he is greeted on each landing by a poster depicting an enormous face, underscored by the words “BIG BROTHER IS WATCHING YOU.”Winston is an insignificant official in the Party, the totalitarian political regime that rules all of Airstrip One—the land that used to be called England—as part of the larger state of Oceania. Though Winston is technically a member of the ruling class, his life is still under the Party’s oppressive political control. In his apartment, an instrument called a telescreen—which is always on, spouting propaganda, and through which the Thought Police are known to monitor the actions of citizens—shows a dreary report about pig iron. Winston keeps his back to the screen. From his window he sees the Ministry of Truth, where he works as a propaganda officer altering historical records to match the Party’s official version of past events. Winston thinks about the other Ministries that exist as part of the Party’s governmental apparatus: the Ministry of Peace, which wages war; the Ministry of Plenty, which plans economic shortages; and the dreaded Ministry of Love, the center of the Inner Party’s loathsome activities.WAR IS PEACEFREEDOM IS SLAVERYIGNORANCE IS STRENGTHFrom a drawer in a little alcove hidden from the telescreen, Winston pulls out a small diary he recently purchased. He found the diary in a secondhand store in the proletarian district, where the very poor live relatively unimpeded by Party monitoring. The proles, as they are called, are so impoverished and insignificant that the Party does not consider them a threat to its power. Winston begins to write in his diary, although he realizes that this constitutes an act of rebellion against the Party. He describes the films he watched the night before. He thinks about his lust and hatred for adark-haired girl who works in the Fiction Department at the Ministry of Truth, and about an important Inner Party member named O’Brien—a man he is sure is an enemy of the Party. Winston remembers the moment before that day’s Two Minutes Hate, an assembly during which Party orators whip the populace into a frenzy of hatred against the enemies of Oceania. Just before the Hate began, Winston knew he hated Big Brother, and saw the same loathing in O’Brien’s eyes.Winston looks down and realizes that he has written “DOWN WITH BIG BROTHER” over and over again in his diary. He has committed thoughtcrime—the most unpardonable crime—and he knows that the Thought Police will seize him sooner or later. Just then, there is a knock at the door.Analysis: Chapter IThe first few chapters of 1984 are devoted to introducing the major characters and themes of the novel. These chapters also acquaint the reader with the harsh and oppressive world in which the novel’s protagonist, Winston Smith, lives. It is from Winston’s perspective that the reader witnesses the brutal physical and psychological cruelties wrought upon the people by their government. Orwell’s main goals in 1984 are to depict the frightening techniques a totalitarian government (in which a single ruling class possesses absolute power) might use to control its subjects, and to illustrate the extent of the control that government is able to exert. To this end, Orwell offers a protagonist who has been subject to Party control all of his life, but who has arrived at a dim idea of rebellion and freedom.Unlike virtually anyone else in Airstrip One, Winston seems to understand that he might be happier if he were free. Orwell emphasizes the fact that, in the world of Airstrip One, freedom is a shocking and alien notion: simply writing in a diary—an act of self-expression—is an unpardonable crime. He also highlights the extent of government control by describing how the Party watches its members through the giant telescreens in their homes. The panic that grabs hold of Winston when he realizes that he has written “DOWN WITH BIG BROTHERBook One Chapter II-IIISummary: Chapter IIWinston opens the door fearfully, assuming that the Thought Police have arrived to arrest him for writing in the diary. However, it is only Mrs. Parsons, a neighbor in his apartment building, needing help with the plumbing while her husband is away. In Mrs. Parsons’s apartment, Winston is tormented by the fervent Parsons children, who, being Junior Spies, accuse him of thoughtcrime. The Junior Spies is an organization of children who monitor adults for disloyalty to the Party, and frequently succeed in catching them—Mrs. Parsons herself seems afraid of her zealous children. The children are very agitated because their mother won’t let them go to a public hanging of some of the Party’s political enemies in the park that evening. Back in his apartment, Winston remembers a dream in which a man’s voice—O’Brien’s, he thinks—said to him, “We shall meet in the place where there is no darkness.” Winston writes in his diary that his thoughtcrime makes him a dead man, then he hides the book.Summary: Chapter IIIWinston dreams of being with his mother on a sinking ship. He feels strangely responsible for his mother’s disappearance in a political purge almost twenty years ago. He then dreams of a place called The Golden Country, where the dark-haired girl takes off her clothes and runs toward him in an act of freedom that annihilates the whole Party. He wakes with the word “Shakespeare” on his lips, not knowing where it came from. A high-pitched whistle sounds from the telescreen, a signal that office workers must wake up. It is time for the Physical Jerks, a round of grotesque exercise.As he exercises, Winston thinks about his childhood, which he barely remembers. Having no physical records such as photographs and documents, he thinks, makes one’s life lose its outline in one’s memory. Winston considers Oceania’s relationship to the other countries in the world, Eurasia and Eastasia. According to official history, Oceania has always been at war with Eurasia and in alliance with Eastasia, but Winston knows that the records have been changed. Winston remembers that no one had heard of Big Brother, the leader of the Party, before 1960, but stories about him now appear in histories going back to the 1930s.As Winston has these thoughts, a voice from the telescreen suddenly calls out his name, reprimanding him for not working hard enough at the Physical Jerks. Winston breaks out into a hot sweat and tries harder to touch his toes.Analysis: Chapters II–IIIWinston’s fatalism is a central component of his character. He has been fearing the power of the Party for decades, and the guilt he feels after having committed a crime against the Party overwhelms him, rendering him absolutely certain thathe will be caught and punished. Winston only occasionally allows himself to feel any hope for the future. His general pessimism not only reflects the social conditioning against which Orwell hopes to warn his readers, but also casts a general gloom on the novel’s atmosphere; it makes a dark world seem even darker.An important aspect of the Party’s oppression of its subjects is the forced repression of sexual appetite. Initially, Winston must confine his sexual desires to the realm of fantasy, as when he dreams in Chapter II of an imaginary Golden Country in which he makes love to the dark-haired girl. Like sex in general, the dark-haired girl is treated as an unfathomable mystery in this section; she is someone whom Winston simultaneously desires and distrusts with a profound paranoia.The Party’s control of the past is another significant component of its psychological control over its subjects: that no one is allowed to keep physical records documenting the past prevents people from challenging the government’s motivations, actions, and authority. Winston only vaguely remembers a time before the Party came to power, and memories of his past enter his mind only in dreams, which are the most secure repositories for thoughts, feelings, and memories that must be suppressed in waking life.Winston’s dreams are also prophetic, foreshadowing future events. Winston will indeed make love to the dark-haired girl in an idyllic country landscape. The same is true for his dream of O’Brien, in which he hears O’Brien’s voice promise to meet him “in the place where there is no darkness.” At the end of the novel, Winston will indeed meet O’Brien in a place without darkness, but that place will be nothing like what Winston expects. The phrase “the place where there is no darkness” recurs throughout the novel, and it orients Winston toward his future.An important motif that emerges in the first three chapters of 1984 is that of urban decay. Under the supposedly benign guidance of the Party, London has fallen apart. Winston’s world is a nasty, brutish place to live—conveniences are mostly out of order and buildings are ramshackle and unsafe. In contrast to the broken elevator in Winston’s rundown apartment building, the presence of the technologically advanced telescreen illustrates the Party’s prioritization of strict control and utter neglect of citizens’ quality of living.Winston’s encounter with the Parsons children in Chapter II demonstrates the Party’s influence on family life. Children are effectively converted into spies and trained to watch the actions of their parents with extreme suspicion. The fear Mrs. Parsons shows for her children foreshadows Winston’s encounter in jail with her husband, who is turned in to the Party by his own child for committing thoughtcrime. Orwell was inspired in his creation of the Junior Spies by a real organization called Hitler Youth that thrived in Nazi Germany. This group instilled a fanatic patriotism in children that led them to such behaviors as monitoring their parents for any sign of deviation from Nazi orthodoxy, in much the same manner that Orwell later ascribed to the Junior Spies.Book One Chapter IV-VISummary: Chapter IVWinston goes to his job in the Records section of the Ministry of Truth, where he works with a “speakwrite” (a machine that types as he dictates into it) and destroys obsolete documents. He updates Big Brother’s orders and Party records so that they match new developments—Big Brother can never be wrong. Even when the citizens of Airstrip One are forced to live with less food, they are told that they are being given more than ever and, by and large, they believe it. This day, Winston must alter the record of a speech made in December 1983, which referred to Comrade Withers, one of Big Brother’s former officials who has since been vaporized. Since Comrade Withers was executed as an enemy of the Party, it is unacceptable to have a document on file praising him as a loyal Party member.Winston invents a person named Comrade Ogilvy and substitutes him for Comrade Withers in the records. Comrade Ogilvy, though a product of Winston’s imagination, is an ideal Party man, opposed to sex and suspicious of everyone. Comrade Withers has become an “unperson:” he has ceased to exist. Watching a man named Comrade Tillotson in the cubicle across the way, Winston reflects on the activity in the Ministry of Truth, where thousands of workers correct the flow of history to make it match party ideology, and churn out endless drivel—even pornography—to pacify the brutally destitute proletariat.Summary: Chapter VWinston has lunch with a man named Syme, an intelligent Party member who works on a revised dictionary of Newspeak, the official language of Oceania. Syme tells Winston that Newspeak aims to narrow the range of thought to render thoughtcrime impossible. If there are no words in a language that are capable of expressing independent, rebellious thoughts, no one will ever be able to rebel, or even to conceive of the idea of rebellion. Winston thinks that Syme’s intelligence will get him vaporized one day. Parsons, a pudgy and fervent Party official and the husband of the woman whose plumbing Winston fixed in Chapter II, comes into the canteen and elicits a contribution from Winston for neighborhood Hate Week. He apologizes to Winston for his children’s harassment the day before, but is openly proud of their spirit.Suddenly, an exuberant message from the Ministry of Plenty announces increases in production over the loudspeakers. Winston reflects that the alleged increase in the chocolate ration to twenty grams was actually a reduction from the day before, but those around him seem to accept the announcement joyfully and without suspicion. Winston feels that he is being watched; he looks up and sees the dark-haired girl staring at him. He worries again that she is a Party agent.Summary: Chapter VIThat evening, Winston records in his diary his memory of his last sexual encounter, which was with a prole prostitute. He thinks about the Party’s hatred of sex, and decides that their goal is to remove pleasure from the sexual act, so that it becomes merely a duty to the Party, a way of producing new Party members. Winston’s former wife Katherine hated sex, and as soon as they realized they would never have children, they separated.Winston desperately wants to have an enjoyable sexual affair, which he sees as the ultimate act of rebellion. In his diary, he writes that the prole prostitute was old and ugly, but that he went through with the sex act anyway. He realizes that recording the act in his diary hasn’t alleviated his anger, depression, or rebellion. He still longs to shout profanities at the top of his voice.Analysis: Chapters IV–VIWinston’s life at work in the sprawling Ministry of Truth illustrates the world of the Party in operation—calculated propaganda, altered records, revised history—and demonstrates the effects of such deleterious mechanisms on Winston’s mind. The idea of doublethink—explained in Chapter III as the ability to believe and disbelieve simultaneously in the same idea, or to believe in two contradictory ideas simultaneously—provides the psychological key to the Party’s control of the past. Doublethink allows the citizens under Party control to accept slogans like “War is peace” and “Freedom is slavery,” and enables the workers at the Ministry of Truth to believe in the false versions of the records that they themselves have altered. With the belief of the workers, the records become functionally true. Winston struggles under the weight of this oppressive machinery, and yearns to be able to trust his own memory.Accompanying the psychological aspect of the Party’s oppression is the physical aspect. Winston realizes that his own nervous system has become his archenemy. The condition of being constantly monitored and having to repress every feeling and instinct forces Winston to maintain self-control at all costs; even a facial twitch suggesting struggle could lead to arrest, demonstrating the thoroughness of the Party’s control. This theme of control through physical monitoringculminates with Winston’s realization toward the end of the book that nothing in human experience is worse than the feeling of physical pain.Winston’s repressed sexuality—one of his key reasons for despising the Party and wanting to rebel—becomes his overt concern in Chapter VI, when he remembers his last encounter with a prole prostitute. The dingy, nasty memory makes Winston desperate to have an enjoyable, authentic erotic experience. He thinks that the Party’s “real, undeclared purpose was to remove all pleasure from the sexual act.” Sex can be seen as the ultimate act of individualism, as a representation of ultimate emotional and physical pleasure, and for its roots in the individual’s desire to continue himself or herself through reproduction. By transforming sex into a duty, the Party strikes another psychological blow against individualism: under Big Brother’s regime, the goal of sex is not to reproduce one’s individual genes, but simply to create new members of the Party.Book One Chapter VII-VIIISummary: Chapter VIIWinston writes in his diary that any hope for revolution against the Party must come from the proles. He believes that the Party cannot be destroyed from within, and that even the Brotherhood, a legendary revolutionary group, lacks the wherewithal to defeat the mighty Thought Police. The proles, on the other hand make up eighty-five percent of the population of Oceania, and could easily muster the strength and manpower to overcome the Police. However, the proles lead brutish, ignorant, animalistic lives, and lack both the energy and interest to revolt; most of them do not even understand that the Party is oppressing them.Winston looks through a children’s history book to get a feeling for what has really happened in the world. The Party claims to have built ideal cities, but London, where Winston lives, is a wreck: the electricity seldom works, buildings decay, and people live in poverty and fear. Lacking a reliable official record, Winston does not know what to think about the past. The Party’s claims that it has increased the literacy rate, reduced the infant mortality rate, and given everyone better food and shelter could all be fantasy. Winston suspects that these claims are untrue, but he has no way to know for sure, since history has been written entirely by the Party.In the end the Party would announce that two and two made five, and you would have to believe it.Winston remembers an occasion when he caught the Party in a lie. In the mid-1960s, a cultural backlash caused the original leaders of the Revolution to be arrested. One day, Winston saw a few of these deposed leaders sitting at the Chestnut Tree Café, a gathering place for out-of-favor Party members. A song played—“Under the spreading chestnut tree / I sold you and you sold me”—and one of the Party members, Rutherford, began to weep. Winston never forgot the incident, and one day came upon a photograph that proved that the Party members had been in New York at the time that they were allegedly committing treason in Eurasia. Terrified, Winston destroyed the photograph, but it remains embedded in his memory as a concrete example of Party dishonesty.Winston thinks of his writing in his diary as a kind of letter to O’Brien. Though Winston knows almost nothing aboutO’Brien beyond his name, he is sure that he detects a strain of independence and rebellion in him, a consciousness of oppression similar to Winston’s own. Thinking about the Party’s control of every record of the truth, Winston realizes that the Party requires its members to deny the evidence of their eyes and ears. He believes that true freedom lies in the ability to interpret reality as one perceives it, to be able to say “2 + 2 = 4.”Summary: Chapter VIIIWhen memory failed and written records were falsified . . .。