机加工虚拟工厂教学系统的设计与开发

发布时间：2018-03-01 18:43

本文关键词： 虚拟工厂机加工广域课程职业教育　出处：《江苏大学》2017年硕士论文　论文类型：学位论文

【摘要】：职业学校是提供高素质的一线操作型技能人才的主阵地,学校数字化工厂仿真平台的设计和开发能够更新和丰富教学手段、教学方式,提升学习者的综合职业素养和动手能力。本文作者根据自身的实践经历,提出了职业教育在双证融通的基础上,通过虚拟仿真可试错体验进行安全生产和操作规范强化训练,进一步促进学习者专业技能和职业素养双提升的要求;并由此在整个虚拟工厂的实施方案中通过分析总结制造类企业的特点,提炼出典型零件加工生产的基本流程,将其融入虚拟工厂的岗位配合及相关生产流程中。此课题的来源是开发“基于PDM(产品数据管理)的生产全过程仿真实训平台——机加工虚拟工厂”项目,并应用此平台开发《机加工虚拟工厂》广域课程的实践性研究。在虚拟工厂项目研究中,对虚拟现实技术中的一些算法进行了探索,对虚拟工厂环境中建筑物和大量仿真加工设备及各类三维环境中的碰撞处理等提出了相应的算法解决方案。
[Abstract]:Vocational school is the main position to provide high-quality first-line skilled personnel. The design and development of digital factory simulation platform can update and enrich teaching methods and teaching methods. According to the author's own practical experience, the author puts forward that vocational education can be trained in safety production and operation norms through virtual simulation on the basis of dual certification. To further promote the requirements of both professional skills and professional literacy of learners, and through analyzing and summarizing the characteristics of manufacturing enterprises in the implementation plan of the whole virtual factory, the basic process of processing and production of typical parts is extracted. The source of this project is to develop the project of "the whole production process simulation training platform-machining virtual factory" based on PDM (Product data Management). This platform is used to develop the practical research of wide area course "Machining Virtual Factory". In the research of virtual factory project, some algorithms in virtual reality technology are explored. The corresponding algorithms are proposed for the collision processing of buildings and a large number of simulation equipments in the virtual factory environment and all kinds of 3D environments.
【学位授予单位】：江苏大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP391.9-4;G434

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