On the automatic synthesis of parallel SW from RTL models of hardware IPs

A. Acquaviva, N. Bombieri, F. Fummi, S. Vinco
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Abstract

Heterogeneous multicore system-on-chips (MPSoCs) provide many degrees of freedom to map functionalities on either SW and HW components. In this scenario, enabling the remapping of HW IPs as SW routines allows to fully exploit the computation power and flexibility provided by heterogeneous MPSoCs. On the other hand, reuse of existent IP cores is the key strategy to explore this large design space in a reasonable amount of time and to reduce the error risk during the MPSoC design flow. A methodology for automatic generation of parallel SW code taking into account these aspects is currently missing. This paper aims at overcoming this limitation, by presenting a methodology to automatically generate parallel SW IPs starting from existent RTL IP models.
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基于硬件ip RTL模型的并行软件自动合成研究
异构多核片上系统(mpsoc)为在软件和硬件组件上映射功能提供了许多自由度。在这种情况下,将硬件ip重新映射为软件例程,可以充分利用异构mpsoc提供的计算能力和灵活性。另一方面,重用现有的IP核是在合理的时间内探索这一巨大设计空间并降低MPSoC设计流程中的错误风险的关键策略。考虑到这些方面的自动生成并行软件代码的方法目前还不存在。本文旨在克服这一限制,提出了一种从现有的RTL IP模型开始自动生成并行SW IP的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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