【摘要】 运用虚拟现实技术对矿井通风系统的可控与可视化进行研究 ,实现矿井巷道和通风设施数据的全面数字化 ,使虚拟人能在虚拟巷道中“行走”、“观察”、“控制”设备 ;应用多Agent技术完成实时的通风网络解算与分析。为矿井的通风安全提供了辅助决策功能 ,也为虚拟现实与可视化技术在矿井通风系统中的进一步开发与应用奠定了基础。更多还原

【Abstract】 The controllability and visibility of mine ventilation system were studied by virtual reality technology and the whole digitalization of mine openings and ventilation facilities was realized, making the virtual human able to walk, observe and control ventilation equipment in virtual mine openings. The real time calculation and analysis of ventilation net were made by multi agent technology. The study has provided an assistant decision making function for the safety of mine ventilation and laid a basis for the further development and application of virtual reality and visibility technology in mine ventilation system.更多还原