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A Multiple Associative Model to Support Branches in Data Parallel Applications using the Manager-Worker Paradigm

机译:使用Manager-Worker Paradigm支持数据并行应用程序中的分支机构的多个关联模型

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ASC (Associative Computing Model) and MASC (Multiple Associative Computing Model) have long been studied in the Department of Computer Science at Kent State University While the previous studies provide the background and the basic definition of the model, the description of the interactions between the instruction streams (ISs) is very brief, high level, and incomplete. One change here is that we specify the interaction between ISs and consider that all of the ISs operate on the same clock in order to support predictable worst case computation times, while earlier the ISs were assumed to interact in a MIMD type fashion. This paper provides a detailed explanation as to how these interactions can be supported in the case where only a few ISs are supported.
机译:ASC(联想计算模型)和MASC(多联想计算模型)已经在肯特州立大学计算机科学部门进行了研究,同时以前的研究提供了模型的背景和基本定义,对其之间的相互作用的描述指令流(ISS)非常简短,高水平和不完整。这里有一个变更是我们在ISS之间指定了相互作用,并考虑所有ISS在同一时钟运行,以支持可预测的最坏情况计算时间,而在早些时候则假设ISS以MIMD类型的方式交互。本文提供了一个详细的解释,即如何在支持少数iss的情况下支持这些交互。

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