双时滞计算机病毒传播模型在海上通信环境的动力学性质

The dynamics of a computer virus propagation model with double delays in the maritime communication environment

海上通信环境建设是船舶信息化的基础和关键,计算机病毒对海上通信环境的安全性和可靠性提出挑战。因此,掌握海上通信环境下计算机病毒传播性质,对病毒控制具有重要意义。对计算机病毒传播动力学性质的研究,能够更好提高海上通信环境的安全性。根据生物病毒和计算机病毒的相似性,构建计算机病毒传播模型来实现对计算机病毒的分析。本文研究了双时滞计算机病毒传播模型及其动力学在海上通信环境下的性质,最后进行仿真实验。

Maritime traffic environment construction is the basis for and key to shipping information,computer virus on the safety and reliability of the maritime traffic environment poses a challenge. Therefore,master the computer virus propagation properties of maritime communication environment, is of great significance to control the virus. The study of computer virus propagation dynamics properties,better able to improve the safety of maritime communication environment. According to the similarity of biological and computer viruses,computer viruses propagation model is constructed to implement the analysis of computer viruses. This paper studies the double time lag of computer virus propagation model and its dynamics in the nature of the maritime traffic environment. Finally simulation experiment was carried out.