虚拟现实下建筑施工进程的BIM系统优化设计

Optimization design of BIM system for construction building process in virtual reality

为了解决传统建筑施工进程中BIM系统存在稳定性差,无法针对不同施工阶段进行有效控制的问题,提出虚拟现实下建筑施工进程的BIM系统优化设计。系统硬件设计采用虚拟现实技术审核建筑施工进程的数据,软件设计时,考虑到子系统的连接性,应用SD方程反映BIM优化方案系统结构。在此基础上,设计虚拟现实可视化虚拟场景用于判断建筑施工进程潜在质量风险。软、硬件结合,完成基于虚拟现实的建筑施工进程的BIM系统优设计。实验结果表明,所提系统稳定性更佳。

In allusion to the problems that the BIM system of traditional construction building process has poor stability and cannot be controlled effectively for different construction stages,the optimization design of BIM system for the construction building process in the virtual reality is proposed. In the system hardware design,the virtual reality technology is adopted to audit the data of the construction building process. In the system software design,the connectivity of the each subsystem is considered,so the SD equation is used to reflect the system structure of BIM optimization scheme. On this basis,the virtual reality visualization scene is designed to judge the potential quality risk of the construction building process. In combination of the hardware and software,the virtual reality based optimization design of BIM system for construction building process is completed. The experimental results show that the proposed system has better stability.