System-level synthesis using re-programmable components

Rajesh K. Gupta, G. Micheli
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引用次数: 178

Abstract

The authors formulate the synthesis problem of complex behavioral descriptions with performance constraints as a hardware-software co-design problem. The target system architecture consists of a software component as a program running on a re-programmable processor assisted by application-specific hardware components. System synthesis is performed by first partitioning the input system description into hardware and software portions and then by implementing each of them separately. The synthesis of dedicated hardware is then achieved by means of hardware synthesis tools (D.D. Mitchell, D.C.Ku, F. Mailhot, and T. Truong, 'The Olympus Synthesis System for digital design' IEEE Design and Test Magazine, p.37-53, Oct. 1990), while the software component is generated using software compiling techniques. The authors consider the problem of identifying potential hardware and software components of a system described in a high-level modeling language and they present a partitioning procedure. They then describe the results of partitioning a network coprocessor.<>
使用可重新编程组件的系统级综合
作者将具有性能约束的复杂行为描述的综合问题表述为一个软硬件协同设计问题。目标系统体系结构由软件组件组成,该软件组件是运行在可重新编程处理器上的程序,由特定于应用程序的硬件组件辅助。系统综合是通过首先将输入系统描述划分为硬件和软件部分,然后分别实现它们中的每一部分来执行的。专用硬件的合成随后通过硬件合成工具实现(D.D. Mitchell, d.c.u u, F. Mailhot, and T. Truong, 'The Olympus synthesis System for digital design', IEEE design and Test Magazine, p.37-53, october 1990),而软件组件则使用软件编译技术生成。作者考虑了识别用高级建模语言描述的系统的潜在硬件和软件组件的问题,并提出了一个划分过程。然后,他们描述了划分网络协处理器的结果。
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