摘要
随着微波与射频技术广泛应用于民用、工业、军事和科研的各个领域,射频相关人才的培养也成为工科院校探讨的新方向。文章探讨如何利用虚拟仪器仿真平台的优势培养微波与射频工程人才,给出了平台的具体建设内容,并指出建设过程中拟解决的关键问题,从而以最低成本更好、更快地适应工程实践创新需要,为提高微波射频工程应用人才的培养质量提供条件。
With wide applications of microwave technology in various fields such as civil, industrial, military and scientific research, the training of radio frequency(RF)-related talents has become a new direction for engineering institutions. In this paper, how to use the advantages of virtual instrument(VI) simulation platform to train microwave and RF engineering talents is discussed, and several construction contents of the VI platform are proposed. Furthermore, some key problems are pointed out to be solved during construction process, so as to better and faster adapt to the needs of engineering practice innovation with the lowest cost, and provides conditions for improving the training quality of microwave and RF engineering application talents.
出处
《大众科技》
2020年第2期121-122,47,共3页
Popular Science & Technology
关键词
微波与射频技术
虚拟仿真
实验教学
人才培养
microwave and radio frequency technology
virtual simulation
experimental teaching
talents training
