静态连接mimd的构建块概念:构建块模块的开发

T.M. Kahveci, H. Martin
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引用次数: 0

摘要

多处理器互连拓扑通常实现特定的算法,可以映射各种类型的连接,如二叉树、N-Cube等。然而,所进行的研究揭示了网络拓扑设计中缺乏一致性。换句话说,缺乏一致性降低了拓扑中的可扩展性。在网格类型的连接模式中,拓扑是非常可伸缩的,并且是真正统一的,但是由于拓扑固有的通信延迟,结构存在问题。因此,在确定了问题之后,尝试解决方案所采取的方法是以某种方式实现开发一种网络拓扑(TM-Cube)的可能性,这种拓扑是完全统一的,并且仍然以最高效率执行。比较将基于我们假设的参考模型N-Cube。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Building Block Concept for Static Connected MIMDs: Development of Building Block Modules
Multiprocessor interconnection topologies usually implement specific algorithms that can map various types of connections, i.e. binary tree, N-Cube, etc. However, the research conducted uncovered the lack of uniformity incorporated in network topology designs. In other words, the lack of uniformity reduced the capability for expandability within a topology. Within a mesh type connectivity pattern, the topology is very scalable and is truly uniform, but nonetheless there is a problem with the structure due to topology-inherent communication delays. Therefore, having identified the problem, the approach taken to attempt a solution was to somehow realize the possibility of developing a network topology (TM-Cube) that is purely uniform and still performs at maximum efficiency. Comparison will be based on our assumed reference model, the N-Cube.
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