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基于CSCW的测绘专业虚拟仿真系统群设计与应用

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为提升测绘专业的教学水平和虚拟仿真教学系统的开发效率,一种基于计算机支持协同工作(Computer Supported Cooperative Work,CSCW)机制的共享数字孪生组件的虚拟仿真系统群的设计方法应运而生,应用于测绘专业的自然资源相关领域的教学.通过对这一领域的教学问题进行汇总分析,研究其内容和相关特点,考虑对接国家实验平台的统一接口的需要,确定仿真群的可共享的基础数字孪生组件和软件基础功能组件,然后采用CSCW机制实现组件粒度的信息协同,用SCM进行软件架构的管理,促进自然资源的多个领域上的监管仿真教学平台的创建和升级.在实际教学工作的应用中,与传统单个仿真项目开发方式相比,仿真系统群的方法平均开发效率提升22.22%,项目质量提升15.3%,教学效率也得到提升.
Design and Application of the Virtual System Group in the Surveying and Mapping Major Based on CSCW
In order to improve the teaching efficiency of the surveying and mapping major and the development efficiency of the virtual simulation teaching system,this paper proposes a design method of the virtual simulation system group based on the CSCW mechanism withshared digital twin components,and applies it to the teaching of the field related to natural resources in this major.This paper first summarizes and analyzes the teaching problems in this field,studies their content and related characteristics,considers the need for a unified interface to connect with the national experimental platform,and determines the shareable basic digital twin components of the simulation group and the basic functional components of the software.Then,it uses the CSCW mechanism to realize the in-formation collaboration of component granularity,uses SCM to manage the software architecture,and promotes the creation and upgrading of the regulatory simulation teaching platform of the multiple fields of natural resources.In the practical application of teaching work,compared with the traditional single simulation project development method,the average development efficiency of the method proposed in this paper is increased by 20%,the project quality is increased by 15%,and teaching efficiency is also improved.

Virtual simulationCSCWDigital twinSoftware configuration management

苏群、谢智颖、何原荣、吴芸、于鹏

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厦门理工学院计算机与信息工程学院 福建厦门 361024

虚拟仿真 计算机支持协同工作 数字孪生 软件配置管理

教育部高校学生司供需对接就业育人项目福建省本科高校教育教学改革研究项目厦门理工学院教育教学改革与建设项目厦门理工学院教育教学改革与建设项目

20230110191FBJG20210081JG2021008JG2022-0122547

2024

科技资讯
北京国际科技服务中心 北京合作创新国际科技服务中心

科技资讯

影响因子:0.51
ISSN:1672-3791
年,卷(期):2024.22(2)
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