【摘要】 为了有效提升波分复用光网络性能，针对波分复用光网络动态转发路由动态优化方法展开研究。建立波分复用光网络动态转发路由模型，在考虑波分复用光网络负载和节点距离约束条件下，将波分复用光网络剩余能量最大化、剩余能量方差和平均延迟最小化作为优化目标，构建波分复用光网络动态转发路由动态优化模型。采用改进猫群优化算法对模型求解，确定最优路由动态优化方案。实验结果表明，当业务数量呈现直线上升趋势时，所提方法的阻塞率最大值仅为0.22%,能够更高效地处理任务，提高系统的吞吐量，提升资源利用率，显著改善了波分复用光网络性能。更多还原

【Abstract】 In order to effectively improve the performance of wavelength division multiplexing optical networks, research is conducted on dynamic forwarding and routing optimization methods for wavelength division multiplexing optical networks. Establish a dynamic forwarding routing model for wavelength division multiplexing optical networks, considering the load and node distance constraints of the network. The optimization objectives are to maximize the remaining energy, minimize the variance of remaining energy, and minimize the average delay of the network. A dynamic forwarding routing optimization model for wavelength division multiplexing optical networks is constructed. Adopting an improved cat swarm optimization algorithm to solve the model and determine the optimal dynamic routing optimization scheme. The experimental results show that when the number of services shows a linear upward trend, the maximum blocking rate of the proposed method is only 0.22%, which can process tasks more efficiently, improve system throughput, enhance resource utilization, and significantly improve the performance of wavelength division multiplexing optical networks.更多还原