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扩展动态规划算法及其在多控制器SDN网络中的应用

Extend Dynamic programming method and its application in Multi-controller Software Defined Networks

中文摘要英文摘要

动态规划方法是一种优化多步决策的一般方法,逐步演变成一种算法设计的技术。动态规划算法求解多级图单源点最短路是动态规划算法的典型应用。在SDN网络中,由于控制器的处理能力有限,控制器成为网络性能的瓶颈。于是多控制器SDN网络应运而生。本文给予动态规划算法,解决多控制器SDN网络的路由问题。

ynamic programming method is a general method for optimizing a multi-step decision-making, and gradually evolved into a kind of algorithm design techniques. Dynamic programming algorithm for solving a single source shortest paths in multi-level diagram is a typical dynamic programming algorithm. In SDN network, due to the limited processing power of the controller, the controller becomes the bottleneck of network performance. So Multi-controller SDN network came into being. This paper give a dynamic programming algorithm to solve the routing problem Multi-controllers SDN network.

王宝生、任对华

计算技术、计算机技术自动化技术、自动化技术设备

动态规划,多级图,软件定义网络,OpenFlow

ynamic Programming Multi-level Graph Software Defined NetworkingOpenFlow

王宝生,任对华.扩展动态规划算法及其在多控制器SDN网络中的应用[EB/OL].(2015-04-03)[2025-08-04].http://www.paper.edu.cn/releasepaper/content/201504-49.点此复制

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