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Construction of a multi-threaded VLIW processor using both instruction-level and thread-level parallelism

机译:使用指令级和线程平行度构建多线程VLIW处理器

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This paper presents a construction of a multi-threaded VLIW processor using both instruction-level and thread-level parallelism. Typical multi-threaded processors are able to improve machine throughput but increase response time. We categorize threads into main threads which require fast response time and sub threads which do not. Oar multi-threaded VLIW processor executes instruction of sob threads instead of NOPs of main threads. Our processor executes main threads as fast as response time when these threads are executed on the VLIW processor. We show the effectiveness of our multi-threaded VLIW processor by presenting experimental result.
机译:本文介绍了使用指令级和线程平行度的多线程VLIW处理器的结构。 典型的多线程处理器能够提高机器吞吐量,而是提高响应时间。 我们将线程分类为主要线程,需要快速响应时间和子线程。 OAR多线程VLIW处理器执行SOB线程的指令而不是主线程的NOPS。 当在VLIW处理器上执行这些线程时,我们的处理器尽可能快地执行主线程。 我们通过呈现实验结果来展示我们多线程VLIW处理器的有效性。

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