基于延续模型的多线程处理器体系结构

T. Matsuzaki, S. Amamiya, M. Izumi, M. Amamiya
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引用次数: 4

摘要

我们正在开发基于数据流计算模型的Fuce处理器。融合意味着沟通和执行的融合。为了高效地使用多个线程执行单元执行多个线程,Fuce处理器采用独占多线程执行模型执行多个线程。独占多线程执行模型的核心概念是基于延续的多线程执行,它来源于数据流计算。Fuce处理器旨在融合处理器内执行和处理器间通信。Fuce处理器将处理器内部的处理和与外部处理器的通信统一为事件,并将事件作为线程执行。本文介绍了Fuce处理器的体系结构,并对用VHDL描述的Fuce处理器的并发性能进行了评价。因此,我们理解,当有足够的线程级并行性时,处理器具有并发能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A multi-thread processor architecture based on the continuation model
We are developing the Fuce processor based on the dataflow computing model. Fuce means fusion of communication and execution. In order to execute many threads with multiple thread execution units efficiently, the Fuce processor executes multiple threads using the exclusive multi-thread execution model. The core concept of the exclusive multi-thread execution model is continuation based multi-thread execution, which is derived from dataflow computing. The Fuce processor aims to fuse the intra-processor execution and inter-processor communication. The Fuce processor unifies processing inside the processor and communication with processors outside as events, and executes the event as a thread. In this paper, we introduce the architecture of the Fuce processor and evaluate the concurrency performance of a Fuce processor which we described in VHDL. As a result, we understood that the processor has concurrency capability when there is sufficient thread level parallelism.
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