CISC

Research on Investment Project Evaluation of Pulverized Coal Injection of CISC BF

重钢高炉喷煤项目评估研究

CISC instruction is complex in function and variable in length .

CISC结构的微处理器指令功能复杂，指令长度不固定。

High Density PLD Solutions For High Speed RISC / CISC Systems

高密度PLD在高速RISC/CISC系统中的应用

A New Method for Designing Instruction Decoding Unit in CISC Microprocessors

一种新型CISC微处理器指令译码设计方法

The Optimized Design of Unified Cache in CISC System

CISC中混合Cache的优化设计

Study and Implementation of an Embedded Flash CISC / DSP Microprocessor

嵌入式FlashCISC/DSP微处理器的研究与实现

CISC and RISC are the two main instruction systems for MCU design .

CISC与RISC是目前微控制器（MCU）设计的两种主要指令体系。

Design of Embedded MCU with Mixed Architecture of CISC and RISC

基于CISC/RISC混合架构的嵌入式MCU设计

The Study on Long Life Mechanism and Control Technology of Top and Bottom Combined Blown Converter in CISC

重钢复吹转炉长寿化机理及控制技术研究

The Design of an Embedded CISC Microprocessor Core

CISC微处理器嵌入式内核的设计

CISC was the dominant approach because it conserved memory .

CISC是当时占主导的设计方法，因为它节省存储器。

By the analysis of the optimization results , a few important suggestions are propounded for the development of CISC .

通过对优化结果的分析，提出了一些对重钢发展和利用两种铁矿石资源都具有重要参考价值的结论。

Cisc 's Internet problem-solving plan put forward in this article combines the secure administration with the secure technology .

本文提出的重钢网络安全解决方案实现了安全管理和安全技术措施统一。

The methodology of designing the eight-bit CISC microprocessor IP Core is discussed .

讨论了八位CISC微处理器IP核的设计方法。

Exploring of Reform Pattern of CISC

重钢集团改制模式的探讨

With the practical situation of ironstone resource utilization in CISC , linear programming is adopted for the optimization model .

通过比较，并考虑到重钢利用两种铁矿石资源的实际情况，决定采用线性规划方法来进行建模。

Intel's80x86 family is the quintessential example of CISC .

Intel的80x86家族是是典型的CISC处理器。

Providing a powerful RISC chip simulator on CISC machine can greatly help the programmers to develop embedded system 's software .

在性能强大的CISC芯片上提供一个RISC芯片的模拟器，在模拟器协助下进行软件开发成为程序员的一个迫切愿望。

Programmable Flash With 8-Bit CISC Microprocessor System

带8位CISC微控制器的系统内可编程闪存的建设

VLIW chips can cost less , burn less power and achieve significantly higher performance than comparable RISC and CISC chips .

与RISC和CISC芯片相比，VLIW芯片的成本低、功耗低、并能获得更高的性能。

Variable-length instructions are more difficult for a chip to process , though , and the longer CISC instructions are especially complex .

可变长度指令让芯片处理更为困难，较长的指令也非常复杂。

CISC and RISC architecture aue two dinds of architecture .

微处理器的技术发展过程中，产生了两种不同的体系结构：CISC结构和RISC结构。

In fact , most modern CISC processors actually translate their instructions to an internalized RISC format for efficiency .

实际上，现代CISC处理器将自己的指令转换成了内部使用的RISC格式，以实现更高的效率。

One of the key problems in CISC microprocessor design is the microprogramming design , which makes great effort to the CISC microprocessor research and development .

建立微程序开发平台，对于CISC结构微处理器的研究、开发，具有重要的支持作用。

Groping for realization of efficient fully CC at No 7 Plant CISC Application of Optimal design in High efficient Revamp of Billet CCM

重钢七厂在实现高效全连铸方面的探索优化设计在小方坯连铸机高效化改造中的应用

CISC processors generally feature variable-length instructions , multiple addressing formats , and contain only a small number of general-purpose registers .

CISC处理器一般产生变长的指令，多种地址格式，并且仅仅有少量的通用寄存器。

Increased performance , however , comes at a price : a RISC processor typically needs more memory than a CISC does to store the same program .

更高的性能，但是，是有代价的：一个RISC处理器通常需要更多的内存比CISC的不来存储相同的程序。

The article deals with the current analysis and risk evaluation of CISC ( Chongqing Iron and Steel Company )' s information internet security under the opening systematic co-action secure structure .

本文论述了开放系统互联安全体系结构下的重钢信息网络安全现状分析和风险评估；

While complex instructions have many pitfalls , a small number of carefully selected complex instructions can usefully increase the performance of both CISC and RISC processors .

但经过周密考虑所选择的少量复杂指令有助于提高CISC和RISC微处理器的性能。

It has been found out that the key factors of affecting its performance are the ALU structure based on accumulator , the CISC architecture and the time of executing instructions .

分析发现基于累加器的ALU结构、CISC指令体系及指令的执行时间是影响其性能的关键因素。