About 61 item dissertation in line with Self-organized criticality query results,the following is 1 to 50(Search took 0.029 seconds)

  1. Research on Cascading Blackouts Based on Complex System Theory,ZhangYuDong/Zhejiang University,0/17
  2. Study on Urban Road Network Carrying Capacity Based on Self O7rganized Criticality,HanJing/Beijing Jiaotong University,0/14
  3. Research on the Brittleness Theory of External Collecting and Distributing Network of Urban Railway Passenger Depot,LiangYingHui/Beijing Jiaotong University,0/31
  4. The Study on Dynamic Characteristics of Electric Sandpile Resistance and Its Evolution,LiuChunDong/Harbin University of Science and Technology,0/2
  5. The Generalized Bak-Sneppen Model,HanJiHui/Central China Normal University,0/0
  6. Prediction of equipment a sudden large fault based on time series data,YangFeng/University of Electronic Science and Technology,0/85
  7. Research on the Influence of Interruptible Load on the Long-term Reliability of Grid in Power Market,JinChao/North China Electric Power University,0/44
  8. Research on Security Risk Analysis Methods for System Operation in Power System with Wind Penetration,LiJunFang/Huazhong University of Science and Technology,0/368
  9. Research on the Cascading Failures Blackouts in Power System Based on Complex Network Theory,ZhouJingZuo/Hunan University,1/199
  10. Study on the Effect of Urbanization Process on Water Quality and Regularity of Accidental Water Pollution,ChenZuo/Harbin Institute of Technology,0/0
  11. An Inverse Voter Model for Co-evolutionary Networks and a Model for Food Webs,KongHui/Nanjing University of Aeronautics and Astronautics,0/18
  12. Self-Organized Criticality Model of Neural Networks in the Brain,RongXin/Nanjing University of Aeronautics and Astronautics,0/49
  13. Geochemical Fields of Metallic Deposits in West Qinling,HeJinZhong/China University of Geosciences,1/841
  14. Dynamics of Complex System and Scaling Behaviors of the Interface in Random Media,MaKe/Central China Normal University,0/185
  15. Accumulation Form and Stability Analysis of Waste Dump in Chongqing Area,DongZuo/Chongqing University,9/451
  16. Brittleness Theory of System and Application to Electric Power System,ZuoLiMei/Harbin Engineering University,7/636
  17. Influence of Network Topologies to Self-organized Critical Behavior,LinMin/Nankai University,1/679
  18. Multiagent Evolutionary Models and Algorithms,ZhongWeiCai/Xi'an University of Electronic Science and Technology,22/1520
  19. Research on the Dynamic Characteristic of Sand-Pile Evolvement and the Self-Organized Critical Phenomena,LiShiXiong/Southwest Jiaotong University,11/523
  20. Avalanche Dynamics and Scaling Behaviors in the Process of Evolution,LiZuo/Central China Normal University,17/345
  21. Complex cascading failure analysis and prevention research blackout,DingLiJie/Zhejiang University,10/1286
  22. Study on Virtual Urban Model Based on Complexity Theory,ChenJie/Shandong Normal University,1/706
  23. Research on the Influence of Driving Mechanism and Network Topology on the Avalanche Dynamics on Complex Networks,YinYanPing/Huazhong University of Science and Technology,0/283
  24. Research on Some Problems of Self-organized Criticality and Complex Networks,PanGuiJun/Huazhong University of Science and Technology,0/547
  25. Research on Complexity of Atmospheric Acid Deposition,ZhuJianLin/Hunan University,0/160
  26. Research on Landslide Dynamiacal Characteristics of Sand Model and Slope under Strong Disturbance,YangQingHua/Southwest Jiaotong University,1/416
  27. The Self-organized Criticality and Opinion Dynamics on Complex Networks,GuoLong/Central China Normal University,1/451
  28. Complex network topology on the of model kinetic behavior of OFC,ZhangGuiQing/Nankai University,0/223
  29. Research on Issues of Digital of Power Systems,SuSheng/Huazhong University of Science and Technology,3/766
  30. Spatial and temporal distribution of fire systems and Correlation Analysis,WangJian/University of Science and Technology of China,5/478
  31. Study on Self-organized Criticality of Power System Blackouts,YuQun/China Electric Power Research Institute,0/165
  32. Research on Complex Power Grid Modeling Based on Complex Network Theory,WangGuangZeng/Zhejiang University,1/800
  33. Research on the Hierarchy and Operating Mechanism of Enterprise’s Innovation Enviroment,ZhuJianXin/Harbin Engineering University,0/69
  34. Research on Development and Spatial Organization of Inner Mongolia Urbanization Based on Self-Organization Theory,TongLiGa/Inner Mongolia Normal,1/262
  35. Research on the Problem of Financial Time Series Data Base on Theory of Multifractal and Self-organized Criticality,LiuHaiBo/National University of Defense Science and Technology,0/189
  36. The Damage Spreading Model Base on Bak-sneppen Model,GuoHui/Dalian University of Technology,0/59
  37. An Investigation of Sandpile Dynamics on Complex Networks,LiXun/Shanghai Jiaotong University,1/236
  38. Based on complex network extension Power System Security Assessment,LiuMeiJun/Zhejiang University,1/380
  39. Investigation on Self-Organized Critical Behavior of Earthquake Model on Complex Networks,SunFan/Huazhong University of Science and Technology,0/133
  40. Electrical Investigations of Self-organized Behavior of Steel Sphere Packing,YinZongZhen/Harbin University of Science and Technology,0/70
  41. Numerical Simulating Computation of Self-organization Criticality for Algal Bloom in Valley Fluctuating Band and Photosynthetic Pigments Energy Transfer Mechanism,ZhangYiLi/Chongqing University,0/87
  42. The Study of Cell’s Growth-death in One-dimensional Model Based on Self-organized Criticality,YangLiPing/Central China Normal University,0/52
  43. Simulation Study on Self-organized Criticality of Debris Flow’s Triggering and Confluence System,WangXiaoYing/Sichuan University,1/221
  44. Self-Organized Criticality and the Application in Granular Mixtures,JiangLiangWei/Southwest Jiaotong University,9/304
  45. The Analysis of Experimental Date of High Energy Heavy Ion Collision with the Method of Self-Organized Criticality,LiuYong/Central China Normal University,0/32
  46. Sandpile Experiments Based on Self-Organized Criticality for Describing Algal Bloom Behavior & Quantum Computation of Chemical Bond Energy of Chlorophyll in Alga,ZhouPeiZuo/Chongqing University,0/173
  47. The Research of Self-organized Criticality in One-dimensional Sandpile Model with Avalanche Probability Included,ZhouHaiPing/Guizhou University,1/136
  48. Self-organized Criticality in Complex Systems,RaoBin/National University of Defense Science and Technology,1/447
  49. The Topological Structure, Avalanche Characteristic and Dynamics of Complex Networks,WangRu/Central China Normal University,0/564
  50. Studying of Critical Behaviors’ Dependence on Driving Mechanisms and Spatial Topologies in the Sand-Pile Models,SunHongZhang/Huazhong University of Science and Technology,1/163

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