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首页> 外文期刊>Journal of Electrical & Electronic Systems >Highly-Efficient Number-Crunching-Performance SoC Macros for Singular Value Decomposition
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Highly-Efficient Number-Crunching-Performance SoC Macros for Singular Value Decomposition

机译:用于奇异值分解的高效数运算性能SoC宏

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Depending from the specifications a huge design space, featuring up to thousands of possible implementations is available from the QRD-architecture template [1]. In order to support design-space exploration the parameterized cost model as well as routines for pruning (e.g., according to maximum latency), Pareto optimization etc. are implemented in a MATLAB-based optimization environment [2]. The execution time for a whole design space exploration (one set of specification parameters) is in the order of a few minutes only.
机译:根据规范,QRD体系结构模板[1]提供了巨大的设计空间,其中包含多达数千种可能的实现。为了支持设计空间探索,在基于MATLAB的优化环境中[2]实现了参数化成本模型以及用于修剪的例程(例如,根据最大延迟),帕累托优化等。整个设计空间探索(一组规范参数)的执行时间仅为几分钟。

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