使用交互式重新编码在SoC模型中创建显式通信

Pramod Chandraiah, J. Peng, R. Dömer
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引用次数: 15

摘要

通信探索已成为SoC设计的关键步骤。CAD社区的研究人员提出了快速有效的技术来进行全面的设计空间探索,以加快这一关键的设计步骤。尽管这些进步有助于显著减少设计时间,但系统的总体设计时间仍然是一个瓶颈。所有这些技术都假设具有显式通信的初始SoC输入模型的可用性,其质量显著影响通信探索技术的有效性。今天,这些初始模型需要由工程师手工编写,这是乏味的、容易出错的、耗时的。事实上,我们对工业规模的例子的研究表明,大约50%的通信探索时间花在对初始规范模型进行编码和重新编码上。在本文中,我们提出了一种有效的交互式方法,通过自动化通信探索规范模型中的一些常见编码任务来创建显式通信。我们的结果显示,设计师的时间大大节省了。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Creating Explicit Communication in SoC Models Using Interactive Re-Coding
Communication exploration has become a critical step during SoC design. Researchers in the CAD community have proposed fast and efficient techniques for comprehensive design space exploration to expedite this critical design step. Although these advances have been helpful in reducing the design time significantly, the overall design time of the system is still a bottleneck. All these techniques assume the availability of an initial SoC input model with explicit communication, whose quality significantly impacts the effectiveness of the communication exploration techniques. Today, these initial models need to be manually written by engineers, which is tedious, error-prone and time consuming. In fact, our studies on industrial-size examples have shown that about 50% of the communication exploration time is spent on coding and re-coding of the initial specification model. In this paper, we propose an efficient interactive approach to explicit communication creation by automating some of the common coding tasks in specification models for communication exploration. Our results show significant savings in designer time.
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