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Run-time adaptive resources allocation and balancing on nanoprocessors arrays

机译:纳米处理器阵列上的运行时自适应资源分配和平衡

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Modern processor architectures try to exploit the different kind of parallelism that may be found even in general purpose applications. In this paper we present a new architecture based on an array of nanoprocessors that parallely and cooperatively support both Thread and Instruction level parallelism. A such architecture doesn't explicitly require any particular programming techniques since it has been developed to deal with standard sequential programs. Preliminary results on a model of the architecture show the feasibility of the proposed approach.
机译:现代处理器体系结构试图利用甚至在通用应用程序中也可能发现的不同类型的并行性。在本文中,我们提出了一种基于纳米处理器阵列的新体系结构,该体系结构并行且协同支持线程级和指令级并行性。这样的体系结构不需要专门的编程技术,因为它已被开发用于处理标准的顺序程序。架构模型的初步结果表明了该方法的可行性。

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