Application and Practical Research of Digital Twin + VR Technology in Virtual Simulation Training for Logistics
Abstract
Grounded in the practical training needs of logistics vocational education, this paper analyzes the synergistic empowerment mechanism between digital twin and VR technologies, establishing a comprehensive application framework encompassing "data collectionmodel
constructionscenario developmentinteractive trainingeffect evaluation." Practical designs are developed for three typical scenarios:
cold chain logistics, warehousing and distribution, and cross-border logistics. The study proposes three implementation strategiestechnical
safeguards, teaching integration, and resource sharingto provide theoretical support and practical references for innovating logistics vocational training models, thereby facilitating the cultivation of high-quality logistics technical and skilled professionals.
constructionscenario developmentinteractive trainingeffect evaluation." Practical designs are developed for three typical scenarios:
cold chain logistics, warehousing and distribution, and cross-border logistics. The study proposes three implementation strategiestechnical
safeguards, teaching integration, and resource sharingto provide theoretical support and practical references for innovating logistics vocational training models, thereby facilitating the cultivation of high-quality logistics technical and skilled professionals.
Keywords
Digital twin; VR technology; Logistics training; Virtual simulation; Vocational education
Full Text:
PDFReferences
[1] Zhang Lei. Construction and Practical Exploration of a Full-Process Cold Chain System for Tropical Fresh Agricultural Products [J].
Agricultural Engineering, 2025, 11(01):78-81.
[2] Liu H. Research on the Construction of Hainan's Smart Cold Chain Logistics in the Digital Economy [J]. Tropical Agricultural Sciences,
2025, 45(02):105-109.
[3] Wang Peng. Research on the Application of Digital Twin Technology in Intelligent Logistics Systems [J]. Logistics Technology, 2024,
43(06):123-127.
[4] Li Min. Current Application Status and Optimization Paths of VR Technology in Vocational Education Logistics Training [J]. Vocational
and Technical Education, 2024, 45(09):48-53.
DOI: http://dx.doi.org/10.70711/aitr.v4i1.9657
Refbacks
- There are currently no refbacks.
