The features of instruction set architecture and application programs are the key factors to microprocessor architecture 指令系统和应用程序的特点是决定微处理器体系结构的关键因素。
By the analysis of jvm instruction set architecture and the measurement of typical java application programs , the crucial problems to be resolved are ascertained 本文首先通过对java虚拟机指令系统的分析和对java典型应用程序的测试,提炼出java虚拟机指令的执行特点,明确了java芯片系统中需要解决的关键问题。
Traditional reduced instruction set computer ( risc ) and digital signal processor ( dsp ) have different application areas due to their different instruction set architecture ( isa ) and micro - architecture 传统的精简指令集处理器( risc )和数字信号处理器( dsp )各自具有不同的指令集结构和微结构特点,适合于不同的应用领域。
We propose two implementations of momr : one employs only hardware changes while the other uses instruction set architecture support . we show that momr execution leverages available resources in typical multi - issue processors with minimal additional cost 我们提出了momr的两种实现:一是利用硬件的改变而是使用instruction set architecture指令集体系结构,简称isa的支持。
The armp , which is controlled by a pipeline mechanism , has excellent real time performance and supports precise interrupt . the armp is compatible to powerpc 603e instruction set architecture ( isa ) , and will be implemented by 0 . 25 m cmos technique 该处理器具有自主版权,采用自主设计的流水线结构进行控制,具有优良的实时性和精确中断的特点,在指令集上与powerpc603e指令集完全兼容。