1) computer composition principle
计算机组成原理实验
1.
Taking the computer composition principle experiment as an example,from some aspects such as experimental methods,contents arrangement,organization forms,many kinds of teaching method,multivariated system of examining and assessment,this article did some research and exploration to promote the experimental quality of teaching.
以"计算机组成原理实验"为例,从实验手段、内容安排、组织形式、多种教学方法、多元化考核制度等方面,对提升实验教学质量做了一些研究与探索。
2.
Based on the practical teaching experience,we did some research and exploration to enhance the experimental teaching quality of the computer composition principle experimental course,which was discussed in this paper from some aspects such as experimental contents,teaching methods,experimental result examining,grade assessment and the organization of the faculty.
本文结合实际教学经验,从实验内容、教学方法、实验结果验收、成绩考核和实验教师队伍建设等方面,对提升"计算机组成原理实验"教学质量做了一些研究与探索。
4) computer-principle experiment
计算机原理实验
1.
Preliminary discuss the reform of computer-principle experiments;
计算机原理实验改革初探
5) Principle of Computer Organization
计算机组成原理
1.
Exploration on Teaching Methods for "Principle of Computer Organization";
“计算机组成原理”的教学方法
2.
Exploration on Experimental Teaching of "Principle of Computer Organization" Based on EDA Technology;
基于EDA技术的计算机组成原理实验教学探索
3.
Researches on the principle of computer organization experimental course have been done according to the characteristic of the course.
根据计算机组成原理课程的特点,对实践教学进行了研究和探讨,提出课程和教师是一个密不可分的整体,只有教师参与,课程内容经过精选,并采取有效的教学方法和手段,才能使课程改革得以成功。
6) principles of computer organization
计算机组成原理
1.
Comprehensive and Designing Experiments of Principles of Computer Organization and Its Realization;
《计算机组成原理》综合性、设计性实验的开发与实现
2.
Design for Multiplex and Interactive CAI Software for Principles of Computer Organization;
多元化交互式计算机组成原理CAI软件的设计
3.
Design and implement of simulation experiment system for principles of computer organization
计算机组成原理仿真实验系统设计与实现
补充资料：计算机模拟实验
利用计算机模拟某种自然现象或实验现象。要求学生通过一系列观察和推理过程建立它的模型；或在给定的模型条件下考察其有效范围并进行模型修正。此方法已被广泛地用于理工科的实验模拟教学，情况逼真，富有直观感觉,效果与真实的实验等同。在生物实验中,例如奥地利生物学家G.J.门德尔遗传定律，用果蝇作实验，往往要几个月时间，而用计算机模拟实验，却能迅速获得结果。这种计算机模拟实验也称作"干式实验"，不但节约器材费，而且更为有效，并能解除进行某些真正实验所具有的危险性和不可能性，例如能解除原子能实验的强辐射线对人体健康的危害性，以及能模拟宇航人员的现场训练等难于做到的实验。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条