现代制造工程Issue(6)：36-48,13.DOI:10.16731/j.cnki.1671-3133.2024.06.006
基于混合现实的数字孪生车间调度智能管理系统设计与实现
Design and implementation of an intelligent management system for digital twin workshop scheduling based on mixed reality
吴小超 1王维佳 1李家喜 1王宁 1万年彬1
作者信息
- 1. 湖北中烟工业责任有限公司,武汉 430040
- 折叠
摘要
Abstract
As a key link in production,the intelligent level of workshop scheduling management plays an important role in the construction of digital workshop.In the existing workshop scheduling management,the information release medium is mainly two-dimensional physical kanban in public space,which limits the intelligent development of workshops.To meet the requirements of workshop scheduling management,Mixed Reality(MR)technology and digital twin technology were introduced to propose a six-dimensional model of MR digital twin workshop scheduling intelligent management system.On this base,a framework of MR-based digital twin workshop scheduling intelligent management system was established;the visualization technology of scheduling infor-mation for MR-based digital twin workshop was studied,and a full-element information model for workshop scheduling process was constructed,which provides a unified data foundation for workshop scheduling visualization management and intuitively expresses of workshop information;the multi-modal interactive information acquisition technology for MR-based digital twin workshop was explored,and a multi-modal interactive information intelligent acquisition strategy in MR application was proposed to achieve effi-cient information acquisition;finally,through human-computer interaction experiments,three typical scenarios of production sched-uling were taken as examples to verify the performance of the system proposed.The results show that the proposed system can sig-nificantly improve the efficiency of workshop scheduling and enhance user experience.关键词
混合现实/数字孪生/车间调度/信息可视化Key words
mixed reality/digital twin/workshop scheduling/information visualization分类
管理科学引用本文复制引用
吴小超,王维佳,李家喜,王宁,万年彬..基于混合现实的数字孪生车间调度智能管理系统设计与实现[J].现代制造工程,2024,(6):36-48,13.
