基于模型的高级合成中的自动寄存器平衡

C. Karfa
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引用次数: 1

摘要

设计师有时希望在设计的特定位置插入寄存器,以打破关键路径。为此,设计人员必须手动在所有并行路径中插入寄存器,并平衡所有路径中的寄存器,以保持设计的功能完整。这个任务在设计界被称为“寄存器平衡”。设计的规模、复杂性和层次结构使得并行路径中的手动寄存器平衡任务复杂且容易出错。这里提出的方法自动在用户指定的位置插入寄存器,并自动平衡所有并行路径中的寄存器。将寄存器平衡问题恰当地映射为全局重定时问题,并采用标准全局重定时算法求解。该方法已在基于模型的高级综合工具中实现,并在多个Simulink设计中进行了测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatic register balancing in model-based high-level synthesis
The designer sometimes wants to insert register(s) in specific location(s) of a design in order to break critical paths. To do so, the designer has to manually insert registers in all parallel paths as well to balance registers in all paths to keep the functionality of the design intact. This task is known as `register balancing' in the design community. The design size, complexity and hierarchy make manual register balancing in parallel paths task complex and error prone. The method presented here automatically inserts register(s) in the user specified location(s) and also automatically balances registers in all parallel paths. The register balancing problem has been suitably mapped to global retiming problem and solved using standard global retiming algorithm. The proposed method has been implemented in a model based high-level synthesis tool and tested on several Simulink designs.
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