参考文献英文版

[1]胡杨林.传染病模型的复杂时空动力学分析[D].中北大学,2013.

[2]王硕,张宝玲,毛翟,刘会民.电话与能源消耗的数学研究[J].科技创新导报,2010,30:254.

[3]魏强.基于最低能耗考虑的在饱和市场中手机与固定电话市场占有率的模型研究——从倡导低碳社会的角度重新审视市场策略的社会影响[J].现代营销(学苑版),2011,01:95.

[4]王璇,孙默涵,赵骏.基于马氏链的市场占有率预测分析[J].商业文化(下半月),2011,07:137-138.

[5]孟隆,崔晓虹,王暾.关于固定电话过渡至移动电话能源消耗的数学模型(英文)[J].山西师范大学学报(自然科学版),2011,02:30-37.

[6]商洁琳.两种群有限资源比值竞争动力学模型[D].山东大学,2014.

[1[Y.Hu. Complex spatial and temporal dynamics of infectious disease model analysis[D]. Zhongshan University 0f China, 2013.

[2]S.Wang, B.Zhang, Z.Mao. Phone mathematical research and energy consumption[J].Technology Innovation Herald Newspaper, 2010,30:254.

[3]Q.Wei,Social impact from the perspective of promoting low-carbon society to re-examine the marketing strategy - Based on the model considered the lowest energy consumption in the saturated mobile phone market share in the fixed telephony market[J]. Modern Marketing,2011,01:95.

[4]X.Wang, M.Sun,Markov chain based on the analysis of the market share forecast[J].Business Culture,2011,07:137-138.

[5]L.Meng, X.Cui, D.Wang, About landline transition to a mathematical model of the energy consumption of mobile phones[J].Shanxi Normal University,2011,02:30-37.

[6]J.Shang, The ratio of two species competing dynamics model of limited resources[D].Shandong University,2014.