An introduction to the SystemC synthesis subset standard

P. Coussy, A. Takach, Michael McNamara, M. Meredith
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引用次数: 8

Abstract

High-level synthesis (HLS) offers the prospect of improving the productivity digital system design and the quality of the resulting implementations. Designing at higher levels of abstraction is a natural way for coping with system design complexity, for verifying earlier in the design process and for increasing design reuse. OSCI's synthesis working group (SWG) has led the effort of defining the synthesis subset for SystemC that is suitable for HLS. Draft version 1.3 of the document was released for public review in August 2009. While still in draft form, the released document provides guidance to both tool providers and users on the subset that is being proposed and the ability to provide feedback to the SWG on the draft. This tutorial will provide a brief introduction and three case studies on the use of HLS and the current SystemC synthesis subset draft for hardware design of digital systems.
SystemC综合子集标准的介绍
高阶综合(High-level synthesis, HLS)为提高数字系统设计的生产力和最终实现的质量提供了前景。在更高的抽象层次上进行设计是处理系统设计复杂性、在设计过程的早期进行验证和增加设计重用的自然方法。OSCI的合成工作组(SWG)领导了为SystemC定义适合HLS的合成子集的工作。该文件的1.3版本草案于2009年8月发布,供公众审查。虽然仍处于草案阶段,但已发布的文档为工具提供者和用户提供了关于被提议的子集的指导,并能够向SWG提供关于草案的反馈。本教程将简要介绍HLS和当前SystemC综合子集草案在数字系统硬件设计中的使用,并提供三个案例研究。
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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