By integrating pipeline processing with parallel processing and adopting a hierarchical structure and modular design, a multiprocessor signal processing system architecture based on multiport memory interconnection network is developed. 结合流水线处理和并行处理,采用层次结构和模块化设计,实现了一种基于多端口存储器互连网络的多处理器信号处理系统结构。
The access dependence and access conflict are the key problems to solve in the design of multiport memory of vector computers. 访存相关和访存冲突是向量计算机多端口存储器设计中所要解决的关键问题。
The multiport memory interconnection network between multiprocessors has the characteristics of low transmission delay and easy control. It can satisfy the demands of large data volume, great operational load and real-time operation of the signal processing. 多处理器间的多端口存储器互连网络形式具有低传输延迟和易于控制的特点,能满足信号处理大数据量、大运算量和实时处理的要求。
Implementing FFT on the Multiprocessor with Shared Multiport Memory 在具有共享多端口存储器的多机系统上实现FFT
On account of the developed multiprocessor with multiport memory, this paper presents the detailed methods to implement FFT on the machine. 针对笔者已研制的具有共享多端口存储器的多处理机系统,详细介绍了在其上实现FFT算法的方法。