[1] Mabry P.L.,Olster D.H.,Morgan G.D.,et al.Interdisciplinarity and Systems Science to Improve Population Health:A View from the NIH Office of Behavioral and Social Sciences Research[J].American Journal of Preventive Medicine,2008,35(2,Supplement 1):S211-S224
[2] Funk S.,Salathé M.,Jansen V.A.A.Modelling the Influence of Human Behaviour on the Spread of Infectious Diseases:A Review[J].The Royal Society,2010,7(50):1247-1256
[3] Nyerges T.,Rob K.,Nigel T.GIS and Society[A].International Encyclopedia of Human Geography[C].Oxford:Elsevier,2009
[4] Loo B.P.Y.Validating Crash Locations for Quantitative Spatial Analysis:A GIS-based Approach[J].Accident Analysis and Prevention,2006,38(5):879-886
[5] Del V.S.Y.,Kubicek D.,Mniszewski S.M.,et al.EpiSimS Los Angeles Case Study[R].Los Alamos National Laboratory,2006
[6] Del V.S.Y.,Hyman J.M.,Hethcote H.W.,et al.Mixing Patterns Between Age Groups in Social Networks[J].Social Networks,2007,29(4):539-554
[7] Yang Y.,Atkinson P.,Ettema D.Individual Space-time Activity-based Modelling of Infectious Disease Transmission within a City[J].Journal of the Royal Society Interface,2007,5(24):759-772
[8] Zhang T.,Fu X.,Ma S.,et al.Evaluating Temporal Factors in Combined Interventions of Workforce Shift and School Closure for Mitigating the Spread of Influenza[J].PLoS ONE,2012,7(3):e32203
[9] 古凌岚.GIS最短路径分析中Dijkstra算法的优化[J].计算机与数字工程,2006,34(12):53-56
[10] 张雪燕,黄寅,杨晟刚.一种改进的Dijkstra算法应用于嵌入式GIS系统[J].计算机工程与设计,2007,28(2):412-414
[11] Epstein J.M.,Axtell R.Growing Artificial Societies:Social Science from the Bottom up[M].Mass:MIT Press,1996
[12] Reynolds W.N.,Dixon D.S.A General Framework for Representing Behavior in Agent Based Modeling[C].Proceedings of the Complex Systems and Policy Analysis:New Tools for a New Millennium.Arlington VA,2000
[13] Heylighen F.The Science of Self-organization and Adaptivity.The Encyclopedia of Life Support Systems (EOLSS)[M].L.D.Kiel:EOLSS Publishers Co.Ltd.,2001
[14] Koopman J.Models of Infectious Disease Agent Study[J].American Journal of Epidemiology,2006,163(SUPPL.)
[15] Auchincloss A.H.,Diez R.A.V.A New Tool for Epidemiology:The Usefulness of Dynamic-agent Models in Understanding Place Effects on Health[J].American Journal of Epidemiology,2008,168(1):1-8
[16] Kulkarni A.A.,McNally M.G.A Microsimulation of Daily Activity Patterns[A].UCI-ITS-AS-WP-00-7,2000
[17] Bhat C.R.,Singh S.K.A Comprehensive Daily Activity-travel Generation Model System for Workers[J].Transportation Research Part A,2000,34(1):1-22
[18] Roorda M.J.,Miller E.J.,Habib K.M.N.Validation of TASHA:A 24-h Activity Scheduling Microsimulation Model[J].Transportation Research Part A,2008,42(2):360-375
[19] Yang M.,Chen X.,Wang W.,et al.Commuters' Trip Generation Model Based on Activity Patterns[J].Journal of Southeast University (Natural Science Edition),2008,38(3):525-530
[20] Eubank S.,Guclu H.,Kumar V.S.,et al.Modelling Disease Outbreaks in Realistic Urban Social Networks[J].Nature,2004,429(6988):180-184
[21] Chowell G.,Nishiura H.,Bettencourt L.M.A.Comparative Estimation of the Reproduction Number for Pandemic Influenza from Daily Case Notification Data[J].Journal of The Royal Society Interface,2007,4(12):155-166
[22] Mei S.,Sloot P.M.A,Quax R.,et al.Complex Agent Networks Explaining the HIV Epidemic among Homosexual Men in Amsterdam[J].Mathematics and Computers in Simulation,2010,80(5):1018-1030
[23] Mei S.,Zhu Y.,Qiu X.,et al.Individual Decision Making can Drive Epidemics:A Fuzzy Cognitive Map Study[J].IEEE Transactions on Fuzzy Systems,2013,21(6):1-10
[24] Mei S.,Vijver D.V.D,Xuan L.,et al.Quantitatively Evaluating Interventions in the Influenza A (H1N1) Epidemic on China Campus Grounded on Individual-based Simulations[C].Proceedings of the International Conference on Computational Science 2010(ICCS 2010) Amsterdam,the Netherlands,2010 |