Complex network theory can be applied to simulate the spread of e-discovery, simulation model.

代码\泊松分布.txt
....\SEIR\命令行代码.doc
....\....\均匀网络下的第一阶段传播模型\ws_sei.m
....\....\..............二阶段传播模型\ws_seir.m
....\....\............经典传播模型\seir.m
....\.IRS\经典病毒传播模型.m
....\临界值理论\临界分析命令行代码.doc
....\..........\均匀分布临界\ws_sis.m
....\..........\幂率分布临界\ba_sis.m
....\复杂网络中基本网络模型的matlab实现\Aver_Path_Length.m
....\..................................\BA_net.m
....\..................................\Clustering_Coefficient.m
....\..................................\Degree_Distribution.m
....\..................................\NN_coupled_net.m
....\..................................\NW_net.m
....\..................................\randomgraph.m
....\..................................\suijitu.m
....\..................................\WS_net.m
....\..................................\操作.txt
....\无标度网络下的仿真\无标度仿真.doc
....\SEIR\均匀网络下的第一阶段传播模型
....\....\均匀网络下的第二阶段传播模型
....\....\均匀网络下的经典传播模型
....\临界值理论\均匀分布临界
....\..........\幂率分布临界
....\SEIR
....\SIRS
....\临界值理论
....\复杂网络中基本网络模型的matlab实现
....\无标度网络下的仿真
代码

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