The MIPS architecture embodies the fundamental design principles of all contemporary RISC architectures.
MIPS架构体现了当代所有的RISC架构的基本设计原则。
This paper describes a synthetic RISC architecture CPU design and implementation in detail for teaching experiment.
详细介绍了用VHDL语言设计可逻辑综合的教学实验用CPU的过程。
This paper proposes a new method of RISC architecture design, in which most of the instructions have been implemented by single machine cycle.
提出了大多数指令在单周期内实现是RISC结构设计的新方法。
In the design and theoretical Compiler, large-scale development of the RISC architecture, as well as in areas such as the important contribution.
由于在编译器设计和理论、大规模系统架构以及开发RISC等方面的重要贡献。
The design problem of an embedded RISC architecture in parallel processing of algorithm level, instruction level and process level is discussed in this paper.
本文将从算法级并行处理、指令级并行处理与进程级并行处理等三个方面讨论嵌入式RISC体系结构的设计问题。
The Power architecture stands for Power Optimization with Enhanced Risc and is the processor used by IBM midrange servers today.
POWER体系结构表示带有增强的Risc功能的“功率优化”，并且是当今ibm中型服务器所使用的处理器。
According to three aspects: data types, instruction formats, and instruction set, the architecture of an embedded 32 bit RISC microprocessor is introduced in this paper.
本文从数据类型、指令格式与指令集合三个方面介绍一种嵌入式32位RISC微计算机的体系结构。
In many revolutions of the computer techniques, the most significant one is the transmission from Complex Instruction Set computer (CISC) to Reduced Instruction Set computer (RISC) architecture.
在计算机技术的许多变革中，最有意义的变革是从复杂指令集(CISC)过渡到精简指令集(RISC)体系结构。
Remember that the main advance of RISC was to integrate all these ideas into a single architecture model, coupled with a coherent top-down methodology.
应该记住，RISC的主要优势在于将所有这些概念集成于一个单一的结构模型中，并配以连贯的自上而下的方法。
In order to design the resulting architecture, the designer must keep in mind a coherent set of characteristics that are typical of RISC implementations.
为了设计出最终结构，设计者必须牢记RISC执行典型的一套连贯特性。
Users of this book will gain an understanding of the fundamental concepts of contemporary computer architecture, starting with a Reduced Instruction Set computer (RISC).
这本书的用户将获得一个当代计算机体系结构的基本概念的理解，具有精简指令集计算机(RISC)的开始。
From the ARM Architecture, we could see that RISC has so many merits in embedded systems. And in the new trend, embedded processors will be widely used in SOC (system On Chip).
同时从ARM体系，我们也可以看到RISC在嵌入式处理器领域的优势所在，以及它们将来必然在SOC(系统芯片)中获得广泛应用。
From the ARM Architecture, we could see that RISC has so many merits in embedded systems. And in the new trend, embedded processors will be widely used in SOC (system On Chip).
同时从ARM体系，我们也可以看到RISC在嵌入式处理器领域的优势所在，以及它们将来必然在SOC(系统芯片)中获得广泛应用。
应用推荐