CAJ | 학술논문

针对普通院校在通信工程专业建设初期，由于实验室建设的滞后，导致部份实验课程教学难以开展的问题，提出采用仿真软件开展部分课程的实验教学．首先介绍TMultisim软件，通过高频小信号谐振放大器的仿真实验说明Muhisim在通信电子线路实验中的应用；然后介绍了Matlab软件，通过离散线性时不变系统的仿真实验说明Matlab在信号与系统实验中的应用．合理地运用仿真技术，不仅使学生加深了对理论知识的理解，还有利于培养学生的综合应用能力．
침대보통원교재통신공정전업건설초기，유우실험실건설적체후，도치부빈실험과정교학난이개전적문제，제출채용방진연건개전부분과정적실험교학．수선개소TMultisim연건，통과고빈소신호해진방대기적방진실험설명Muhisim재통신전자선로실험중적응용；연후개소료Matlab연건，통과리산선성시불변계통적방진실험설명Matlab재신호여계통실험중적응용．합리지운용방진기술，불부사학생가심료대이론지식적리해，환유리우배양학생적종합응용능력．
For the communications engineering construction of general institutions in the early stage, due to the lag of laboratory construction, some experiments are hard to carry out. In this paper, the using of simulation software for the experimental teaching is suggested. First of all, with the example of simulation for high-frequency small-signal resonance amplifier, the application of simulation software Multisim in the communication electronic circuit experiments is clearly illustrated. Then, with the simulation example of discrete linear time-invariant system, the application of Matlab in signals and systems experiment is good explained. In conclusion, rational use of simulation technology, can not only enable students to deepen the understanding of theoretical knowledge, but also help students to develop their proficiency.