Parameterized reusable component library methodology

Rupesh S. Shelar, Sacheendra Nath, Jagmohan S. Nanaware
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引用次数: 6

Abstract

The authors describe the Parameterized Reusable Component Library (PRCLIB) methodology, which supports design reuse automation. Unlike the Y-chart approach (A.C.J. Kienhuis, 1998) which helps design space exploration at higher levels of abstraction, PRCLIB methodology addresses the issue of design space exploration at RTL levels. Although the methodology is developed keeping in mind Data Driven Media Processor (DDMP), the methodology is applicable to general purpose processors as well. In PRCLIB methodology, we also support parameterized test pattern generation, intellectual property (IP) reuse, automatic RTL code generation. Finally, we compare the scope of our tool with a similar tool, Hyper (O. Bentz).
参数化可重用组件库方法
作者描述了参数化可重用组件库(PRCLIB)方法,该方法支持设计重用自动化。与y图方法(A.C.J. Kienhuis, 1998)不同,PRCLIB方法在更高的抽象层次上帮助设计空间探索,在RTL层次上解决设计空间探索的问题。尽管该方法是根据数据驱动媒体处理器(DDMP)开发的,但该方法也适用于通用处理器。在PRCLIB方法中,我们还支持参数化测试模式生成、知识产权(IP)重用、自动RTL代码生成。最后,我们将我们的工具的范围与类似的工具Hyper (O. Bentz)进行了比较。
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