【摘要】 随着多处理器的产生,在多处理器环境下的编程要求也提高,程序必须适应多处理器的体系结构,发挥多处理器的优势。为了方便多处理器系统上的编程,必须提供静态或动态支持环境,以将单处理器上的串行程序往多处理器上的并行程序转换。本文浅析了目前已有的各种多处理器体系结构和任务调度技术。更多还原

【Abstract】 With the creation of the multiprocessor, the programming requirements has become more restricted and the program must accustomize with the architecture of the multiprocessor so that to realize the advantages of the multiprocessor. To the convenience of programming in the multiprocessor system, the static and dynamic environments must be provided to support the conversion from the serial program on uniporcessor to the parallel program on multiprocessor. This paper makes a primary analysis on existing techniques of various multiprocessor architectures and task scheduling.更多还原