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Design of multicore HEVC decoders using actor-based dataflow models and OpenMP

机译:使用基于actor的数据流模型和OpenMP设计多核HEVC解码器

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This paper explains the design of a new back-end for the Open Reconfigurable Video Coding CAL Actor Language compiler framework (Orcc). This back-end uses the OpenMP API instead of the pthreads library to automatically generate C code for any multicore architecture with OpenMP support. With this back-end, implementations of an HEVC decoder have been automatically generated and tested for three different multicore target architectures. The new back-end does not introduce a performance penalty regarding to the actual C back-end, and enables the use of new target architectures, such as DSPs.
机译:本文解释了开放可重配置视频编码CAL Actor语言编译器框架(Orcc)的新后端的设计。该后端使用OpenMP API而不是pthreads库为具有OpenMP支持的任何多核体系结构自动生成C代码。通过此后端,已自动生成HEVC解码器的实现,并针对三种不同的多核目标体系结构进行了测试。新的后端不会对实际的C后端造成性能损失,并且可以使用新的目标体系结构,例如DSP。

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