建筑工程隐性结构增强现实研究

Research on Reinforcing Reality of Recessive Structure of Construction Engineering

增强现实(简称AR)技术是近些年来较为热点的话题,将增强现实与建筑工程相结合,可展现内部隐性结构的直观三维视图。利用红外热波检测技术,对物体施加热激励源,通过采集各角度下的图像序列,在热像序列的时空联合压缩与重建算法下,重建数据并传输到计算机中成像。同时在增强现实技术下将平法图集中的钢筋构造显现出来,进行比对,判断建筑工程隐性结构是否合乎规范。研究对于规范行业市场、安全检修具有重要意义。

Augmented Reality （AR） technology is a hot topic in recent years, augmented reality and construction projects combined to show the intuitive structure of the internal three-dimensional view. By using the infrared thermal wave detection technique, the thermal excitation source is applied to the object, and the image sequence at each angle is collected. The data is reconstructed and transmitted to the computer under the time and space compression and reconstruction algorithm of the thermal sequence. At the same time under the enhanced reality technology will be flat map of the steel structure shown in the show, to compare, to determine whether the hidden structure of construction engineering in line with the norms.Research is of great significance to standardize the market and safety maintenance.