There are different factors that are the cause of abrupt spread of arbovirus. We modelled the factors (internal & external) that can increase the diffusion of dengue virus and observed their effects. These factors have influenced on the Aedes aegypti (a dengue virus carrier); factors which increase the dengue transmission. Interestingly, there are some factors that can suppress the Aedes aegypti. The species of Aedes aegypti formalizes its own network by which dengue virus is spread. Internal & external exposures of the dengue epidemic complex network have been modelled and analyzed. Influence of internal and external diffusion with two scenarios has been discussed. ‘Genetically modified mosquito’ technique has been applied and its associated simulated results are discussed. From the outcomes, the best time duration to contain the spread of dengue virus has been proposed, and our simulation model showed the possibility of suppressing the Aedes aegypti network.

虫媒病毒突然传播的原因有很多。我们对可以增加登革热病毒扩散的因素（内部和外部）进行了建模，并观察了其影响。这些因素影响了埃及伊蚊（登革热病毒携带者）。增加登革热传播的因素。有趣的是，有一些因素可以抑制埃及伊蚊。埃及伊蚊的种类正式确定自己的传播登革热病毒的网络。对登革热流行病复杂网络的内部和外部暴露进行了建模和分析。讨论了内部和外部扩散对两种情况的影响。已应用“转基因蚊子”技术并讨论了其相关的模拟结果。从结果出发，提出了控制登革热病毒传播的最佳持续时间，我们的仿真模型表明了抑制埃及伊蚊网络的可能性。