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DESIGN SPACE EXPLORATION WITH AUTOMATIC GENERATION OF IP-BASED EMBEDDED SOFTWARE

机译:基于IP的嵌入式软件的自动生成设计空间探索

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Automatic embedded software generation and IP-based design are good approaches to achieve a short design cycle due to stringent time-to-market requirements. But design automation must also consider application-specific requirements. This paper presents a mechanism for the automatic selection of software IP components for embedded applications, which is based on a software IP library and a design space exploration tool. The software IP library has different algorithmic implementations of several routines commonly found in different application domains. These routines have been characterized in terms of power, performance, and area, for a given architectural platform. The design exploration tool allows the automatic configuration of an optimized solution for a specific application, by selecting routines whose combination best match system requirements. Experimental results are presented and demonstrate that a very expressive design space can be explored with this approach.
机译:由于严格的上市时间要求,自动嵌入式软件生成和基于IP的设计是实现短的设计周期的好方法。 但设计自动化还必须考虑特定于应用的要求。 本文介绍了自动选择嵌入式应用程序的软件IP组件的机制,它基于软件IP库和设计空间探索工具。 软件IP库具有在不同应用域中常见的多个例程的不同算法实现。 这些例程在给定的架构平台的功率,性能和面积上表现为特征。 设计探索工具允许通过选择组合最佳匹配系统要求的例程来自动配置特定应用的优化解决方案。 提出了实验结果,并证明了这种方法可以探索一个非常富有表现力的设计空间。

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