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A Comparison of GPGPU Computing Frameworks on Embedded Systems

机译:嵌入式系统上GPGPU计算框架的比较

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Graphics processing units have found their way onto the die of embedded CPUs. Embedded devices have thus gained access to on-die parallel co-processors that can be put to good use with the help of the low-level OpenCL standard API, but also using programming frameworks that help making use of this additional compute power. This paper compares several programming frameworks with different coding styles. We report on the coding effort needed and the performance achieved on a Congatec conga-QG embedded computer on a module using two representative codes taken from the SHOC benchmark suite as comparison.
机译:图形处理单元已经找到了进入嵌入式CPU内核的途径。因此,嵌入式设备已经获得了片上并行协处理器的访问权,这些协处理器可以借助低级OpenCL标准API得到很好的利用,而且还可以使用有助于利用这种额外计算能力的编程框架。本文比较了几种具有不同编码风格的编程框架。我们使用从SHOC基准套件中获取的两个代表性代码作为比较,报告了在模块上的Congatec conga-QG嵌入式计算机上所需的编码工作和性能。

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