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电气专业VR虚拟仿真实践平台建设分析 被引量:1

Analysis of construction of virtual simulation practice platform VR electrical specialty
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摘要 电力行业对于我国社会经济水平的提高有着积极的促进作用,在新时代的背景下,电力企业对就业人才的综合素质能力有着越来越高的要求,不仅要求其掌握扎实的理论知识,同时还要有较强的实践能力。电力设备的占地面积较大且价格较为高昂,在操作的过程中还存在一定的危险性,因此各大开设自动化专业的高校都很难建立系统完善的电力实践平台,进而导致学生的综合素质能力无法得到有效提高。VR技术的出现能有效解决上述问题,高校在发展过程中积极利用VR技术,可以在虚拟环境中让学生对发电、变电、输电的各个实验环节进行操作,通过这样的方式既能让学生高效的掌握理论知识,同时还能提高学生的实践动手能力,这对于学生日后的成长发展有着积极的促进作用。 With the continuous development of the times,China’s social economy in rapid progress,all walks of life have been 10 points of rapid development,the power industry has a positive role in promoting the improvement of China’s social and economic level,in the context of the new era,power enterprises have higher and higher requirements for the comprehensive quality and ability of employment talents,not only require talents to master solid theoretical knowledge technology,but also have a strong practical ability,because the power equipment covers a large area and the price is relatively high,there are still some dangers in the process of operation,so it is very difficult to establish a system in colleges and universities which set up automation major.Because of the lack of perfect power practice platform,the comprehensive quality and ability of students can not be improved effectively improve.But the emergence of VR technology,can effectively solve the above problems,colleges and universities in the development process of active use of VR technology,can let students in the virtual environment of power generation,transformation and transmission of various experimental links to operate,through this way of skills,let students effectively master the theoretical knowledge,but also can improve students’ practical ability.This has a positive role in promoting the growth and development of students in the future.
作者 范存艳 Fan Cunyan(Shenyang Xinsong Virtual Reality Industry Technology Research Institute,Shenyang 110000,China)
出处 《无线互联科技》 2021年第22期39-40,共2页 Wireless Internet Technology
关键词 电气专业 VR虚拟技术 仿真实践平台 结构分析 electrical specialty VR virtual technology simulation practice platform construction analysis
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