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本文提出了一个具有多个“点或”输出的RAM(称MORAM),作为互连单元的互连网络结构,要实现N个源终端和N个目的终端之间,一对一的任务意连接,只需控制其每个源终端,按请求连接的目的终端的地址,在各自对应的MORAM中的译码和写读操作。使网络控制简化。网络的灵活性、经济性、可能在得到改(?)。本网络设备量为N,网络的传送时间只取决于MORAM的写读局期。最后,还提出了本网络连接冲突的介决方法。由于本网络具有较好的连接能力,控制简单,又利于用LSI使网络模块化,所以为SIMD、MIMD机器和多微处理机分布系统,提供了可行的互连网络结构。
This paper presents a RAM with multiple “point or” outputs (referred to as MORAM) as the interconnect network interconnection unit structure, to achieve the N source terminals and N destination terminals, one-on-one task intended to connect , It is only necessary to control the address of each of its source terminals, the destination terminals that are connected according to the request, the decoding and writing operations in their corresponding MORAMs. Make network control simple. Network flexibility, economy, may be changed (?). The amount of network equipment N, the network transmission time depends only on MORAM write-readiness period. Finally, the method of how to resolve this network connection conflict is also proposed. As the network has good connectivity, simple control, but also conducive to modular network LSI, SIMD, MIMD machines and multi-microprocessor distribution system provides a viable interconnection network structure.