电子设计工程
電子設計工程
전자설계공정
ELECTRONIC DESIGN ENGINEERING
2012年
6期
76-78,82
,共4页
通信原理%实验教学%MATLAB%虚拟实验平台
通信原理%實驗教學%MATLAB%虛擬實驗平檯
통신원리%실험교학%MATLAB%허의실험평태
communication principle%experiment teaching%MATLAB%virtual experiment platform
创新始于问题，源于实践。创新以实践为基础，以研究为支撑，是实践、思维、研究的综合体现。为使我校学生掌握通信原理的理论知识，培养他们的创新意识和创新能力，根据我校电信专业的具体情况，进行了MATLAB的通信原理虚拟实验平台的改革。本文以幅度调制和解调为例进行仿真。结果表明MATLAB虚拟实验的优越性。
創新始于問題，源于實踐。創新以實踐為基礎，以研究為支撐，是實踐、思維、研究的綜閤體現。為使我校學生掌握通信原理的理論知識，培養他們的創新意識和創新能力，根據我校電信專業的具體情況，進行瞭MATLAB的通信原理虛擬實驗平檯的改革。本文以幅度調製和解調為例進行倣真。結果錶明MATLAB虛擬實驗的優越性。
창신시우문제，원우실천。창신이실천위기출，이연구위지탱，시실천、사유、연구적종합체현。위사아교학생장악통신원리적이론지식，배양타문적창신의식화창신능력，근거아교전신전업적구체정황，진행료MATLAB적통신원리허의실험평태적개혁。본문이폭도조제화해조위례진행방진。결과표명MATLAB허의실험적우월성。
Innovation begins with the problems, and from the practice. Innovation is supported by research and expressed by practice, thinking and research. In order to help our students of the electronic information engineering （Southwest Forestry Universtity） master the basic knowledge of the communication principle and develop the ability of innovative and creativity, and according to our school＇s specific circumstances, the communication principle virtual experiment platform is reformed by the software of MATLAB. The simulation results of the amplitude modulation and demodulation demonstrate the superiority of the MATLAB virtual experiments.
