面向可重用协处理器的应用程序设计轨迹- MPEG案例研究

M. Rutten, O. P. Gangwal, J. V. Eijndhoven, E. Jaspers, E. Pol
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引用次数: 7

摘要

这项工作提出了一个结构化的应用程序设计轨迹,将媒体处理应用程序(建模为Kahn过程网络)转换为一组称为协处理器的特定功能硬件单元。所提出的设计轨迹侧重于识别硬件可实现的计算内核,这些内核对于一组预定的应用程序是通用的。设计轨迹在一个案例研究中得到了实践,该案例研究将MPEG视频解码和编码应用程序映射到异构多处理器架构中的一组协处理器上。由此产生的一组协处理器可以同时为多个MPEG-2流执行编码和解码功能,在0.18 /spl mu/技术中估计为4 mm/sup 2/(不包括内存)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application design trajectory towards reusable coprocessors - MPEG case study
This work presents a structured application design trajectory to transform media-processing applications - modeled as Kahn process network - into a set of function-specific hardware units called coprocessors. The proposed design trajectory focuses on identifying hardware-implementable computation kernels that are common for a predetermined set of applications. The design trajectory is exercised in a case study that maps MPEG video decoding and encoding applications onto a set of coprocessors in a heterogeneous multiprocessor architecture. The resulting set of coprocessors can simultaneously perform both encoding and decoding functions for multiple MPEG-2 streams in an estimated 4 mm/sup 2/ (excluding memory) in 0.18 /spl mu/ technology.
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