高等理科教育
高等理科教育
고등이과교육
HIGHER EDUCATION OF SCIENCES
2012年
1期
146-149
,共4页
计算机组成原理%FPGA/SOPC%实验模式
計算機組成原理%FPGA/SOPC%實驗模式
계산궤조성원리%FPGA/SOPC%실험모식
computer organization principle%FPGA/SOPC%experimental model
计算机组成原理是计算机科学与技术专业的一门主干核心课程。随着微电子技术的发展和科学技术的进步，计算机科学与技术专业的教学内容和手段也发生着深刻的变化。文章分析了计算机组成原理课程的现状，比较了传统计算机与现代计算机组成原理实验教学的不同特点，提出了应用FPGA技术实现计算机组成原理的新型实验模式，并探讨了基于FPGA／SOPC技术进行的实验课程建设。
計算機組成原理是計算機科學與技術專業的一門主榦覈心課程。隨著微電子技術的髮展和科學技術的進步，計算機科學與技術專業的教學內容和手段也髮生著深刻的變化。文章分析瞭計算機組成原理課程的現狀，比較瞭傳統計算機與現代計算機組成原理實驗教學的不同特點，提齣瞭應用FPGA技術實現計算機組成原理的新型實驗模式，併探討瞭基于FPGA／SOPC技術進行的實驗課程建設。
계산궤조성원리시계산궤과학여기술전업적일문주간핵심과정。수착미전자기술적발전화과학기술적진보，계산궤과학여기술전업적교학내용화수단야발생착심각적변화。문장분석료계산궤조성원리과정적현상，비교료전통계산궤여현대계산궤조성원리실험교학적불동특점，제출료응용FPGA기술실현계산궤조성원리적신형실험모식，병탐토료기우FPGA／SOPC기술진행적실험과정건설。
Computer organization principle is a main core curriculum majoring in computer technology. With the development of microelectronic technology and the progress of science and teaching content and ways in computer science and technology are also profoundly changing. The science and technology, paper analy- zes the status of the curriculum of computer organization principle, compares the different characteristics of experimental teaching between traditional computer and modem computer organization principle, and then proposes that the application of FPGA/SOPC technology is to achieve a new model of computer organization principle, also explores the construction of experimental curriculum based on FPGA / SOPC technology.
