【摘要】 传统船舶网络流量平稳化方法,存在数据包流量不可控、船舶数据传输稳定性较差等弊端。为解决上述问题,设计基于非线性复杂对抗模型的船舶网络流量平稳化方法。通过非线性网络环的搭建、邻接矩阵的完善2个步骤,完成船舶非线性复杂对抗模型的搭建。通过船舶网络流量周期性判断、平稳化行为模式选择、网络流量控制3个步骤,完成基于对抗模型船舶网络流量平稳化方法的搭建。设计对比实验结果表明,新型方法与传统方法相比,可更好对数据包流量进行控制,且有效解决船舶数据传输稳定性较差的问题。更多还原

【Abstract】 The traditional method of ship network traffic stabilization has the disadvantages of uncontrollable data packet flow and poor stability of ship data transmission. In order to solve the above problem, a method of ship network flow stabilization based on nonlinear complex confrontation model is designed. Through the construction of nonlinear network ring and the improvement of two steps of adjacency matrix, the ship nonlinear complex antagonism model is built. Through the three steps of traffic flow periodicity judgement, smooth behavior mode selection and network traffic control, we build a network traffic smoothing method based on the confrontation model. Design comparison experiments show that the new method can control data packet traffic better than traditional methods, and effectively solve the problem of poor stability of ship data transmission.更多还原