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Hardware implementation of processor allocation schemes for mesh-based chip multiprocessors

机译:基于网格的芯片多处理器的处理器分配方案的硬件实现

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Well-designed Processor Allocator (PA) is an important factor in modern Chip Multiprocessors (CMPs). It needs to be fast as well as area and energy efficient, because it is only a small component of the CMP. In this paper, we propose an architecture for such an efficient and fast PA. The PA structure is based on bit map approach and is driven by an Improved First Fit (IFF) algorithm, which is presented and described. Together with the proposed IFF technique, a new Improved Adaptive Scan (IAS) and an Improved Quick Allocation (IQA) algorithms are introduced and discussed and compared with previously known important techniques. The presented synthesis results reveal that the proposed PA achieves good frequency results while, at the same time is characterized by low logic utilization.
机译:设计良好的处理器分配器(PA)是现代芯片多处理器(CMP)的重要因素。它需要快速,面积和能源效率高,因为它只是CMP的一小部分。在本文中,我们提出了一种高效且快速的PA架构。 PA结构基于位图方法,并由提出和描述的改进的首次拟合(IFF)算法驱动。与提出的IFF技术一起,引入并讨论了新的改进的自适应扫描(IAS)和改进的快速分配(IQA)算法,并将其与以前已知的重要技术进行了比较。提出的综合结果表明,所提出的功率放大器实现了良好的频率结果,同时具有逻辑利用率低的特点。

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