Static scheduling of instructions on micronet-based asynchronous processors

D. Arvind, Vinod E. F. Rebello
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引用次数: 4

Abstract

This paper investigates issues which impinge on the design of static instruction schedulers for micronet-based asynchronous processor (MAP) architectures. The micronet model exposes both temporal and spatial concurrency within a processor. A list scheduling algorithm is described which has been optimised with MAP-specific heuristics. Their performance on some program graphs are presented and conclusions are drawn on the suitability of MAP as targets for ILP compilers.
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基于微元的异步处理器上指令的静态调度
本文研究了微晶异步处理器(MAP)体系结构中影响静态指令调度程序设计的一些问题。微网模型公开了处理器内的时间和空间并发性。描述了一种用映射特定启发式优化的列表调度算法。给出了它们在一些程序图上的性能,并得出了MAP作为ILP编译器目标的适用性的结论。
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