论文部分内容阅读
本文讨论了在高速多功能流水运算部件中如何进行微程序设计的问题.文中通过对多功能流水运算部件的微指令的建立,着重探讨了二个问题,一是引进“控制转移操作特征”使得先行控制技术能够较好地运用于流水线机器的微指令设计中.二是采用微程序链结技术,对多功能部件进行链结,较好地发挥了多功能部件的并行流水的操作.文章还通过分析和比较,说明高速多功能流水运算部件引进流水线微程序技术有它的优越性.
This article discusses how to design microprocessors in high-speed multi-purpose pipeline components.Through the establishment of microinstructions for multi-purpose pipeline components, we focus on two problems, one is the introduction of “control transfer operations ”Make advanced control technology can be better used in the design of micro-instruction pipeline machine.Second, the use of micro-program chain technology, multi-functional components of the chain, and better play a multi-functional components parallel water operation. The article also through analysis and comparison, shows that high-speed multi-functional components of the pipeline to introduce the pipeline micro-program technology has its advantages.