电子设计工程
電子設計工程
전자설계공정
ELECTRONIC DESIGN ENGINEERING
2012年
9期
11-13,16
,共4页
计算机组成原理%Simulink%加法器%并行进位
計算機組成原理%Simulink%加法器%併行進位
계산궤조성원리%Simulink%가법기%병행진위
principles of computer organization%Simulink%adder%parallel carry
通过分析传统计算机组成原理实验的不足,提出利用Simulink仿真来模拟进行实验的思路,使学生可仅利用少量的新知识便能进行组成原理的相关实验.把更多的精力放在对组成原理实验的理解和学习上。并以加法器为例说明利用Simulink进行仿真实验的过程。
通過分析傳統計算機組成原理實驗的不足,提齣利用Simulink倣真來模擬進行實驗的思路,使學生可僅利用少量的新知識便能進行組成原理的相關實驗.把更多的精力放在對組成原理實驗的理解和學習上。併以加法器為例說明利用Simulink進行倣真實驗的過程。
통과분석전통계산궤조성원리실험적불족,제출이용Simulink방진래모의진행실험적사로,사학생가부이용소량적신지식편능진행조성원리적상관실험.파경다적정력방재대조성원리실험적리해화학습상。병이가법기위례설명이용Simulink진행방진실험적과정。
The deficiency of traditional experiments of principles of computer organization is discussed, and a new kind of method based on Simulink emulation is proposed. Using simulink, the students can not only do some basic relative experiments with less new knowledge, but also can concentrate their limited energy on the understanding and learning of computer organization. Finally, the adder examples are given to illustrate the complete experimental process with Simulink.