In this paper, combining with active networks, we design a new kind of programmable routing switch architecture to provide a common intelligent switch platform for multi-protocol switching and multi-service accessing...In this paper, combining with active networks, we design a new kind of programmable routing switch architecture to provide a common intelligent switch platform for multi-protocol switching and multi-service accessing. We elaborate how programmable switch and network intelligence are achieved, and how packets are classified, queued and scheduled. We point out that edge intelligence and network software are the tendency for the development of future networks.展开更多
就在ShuffleNet和Manhattan Street Network两种规则网络中使用偏射路由算法后的网络性能以及允许一个时隙插入多个数据包对该算法的影响进行了分析。结果说明,偏射路由算法不仅能使网络得到较高的性能,而且发挥了网状网具有迂回路由的...就在ShuffleNet和Manhattan Street Network两种规则网络中使用偏射路由算法后的网络性能以及允许一个时隙插入多个数据包对该算法的影响进行了分析。结果说明,偏射路由算法不仅能使网络得到较高的性能,而且发挥了网状网具有迂回路由的能力。当采用允许插入多个数据包的策略时,网络的吞吐量和平均跳转次数都有小幅度的增加。展开更多
文摘In this paper, combining with active networks, we design a new kind of programmable routing switch architecture to provide a common intelligent switch platform for multi-protocol switching and multi-service accessing. We elaborate how programmable switch and network intelligence are achieved, and how packets are classified, queued and scheduled. We point out that edge intelligence and network software are the tendency for the development of future networks.
文摘就在ShuffleNet和Manhattan Street Network两种规则网络中使用偏射路由算法后的网络性能以及允许一个时隙插入多个数据包对该算法的影响进行了分析。结果说明,偏射路由算法不仅能使网络得到较高的性能,而且发挥了网状网具有迂回路由的能力。当采用允许插入多个数据包的策略时,网络的吞吐量和平均跳转次数都有小幅度的增加。
