Scheduled Routing in an Optical Hypercube

Risto T. Honkanen
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Abstract

In this work we present an all-optical hypercube architecture and a systolic routing protocol for it. An r-dimensional optical hypercube network (OHC) consists of N = 2r processing nodes and r2r optical links. We study a systolic routing protocol that is based on cyclic changes of states of routers and scheduled sendings of packets. The protocol ensures that no electro-optical conversions are needed in the intermediate routing nodes and all the packets injected into the routing machinery reach their targets without collisions. A work-optimal routing of an h-relation is achieved with a reasonable size of h in omega(NlogN).
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光超立方体中的定时路由
在这项工作中,我们提出了一个全光超立方体架构和它的收缩路由协议。一个r维光超立方体网络由N = 2r个处理节点和r2r条光链路组成。本文研究了一种基于路由器状态循环变化和数据包定时发送的收缩路由协议。该协议确保中间路由节点不需要进行光电转换,并且所有注入路由机制的数据包都能无冲突地到达目标。一个h关系的工作最优路由实现了一个合理的大小的h在ω (NlogN)。
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