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为了提高建筑空间设计的合理性,针对传统的视觉融合方法进行建筑空间设计误差较大的问题,提出一种激光测距建模的空间设计方法。采用激光测距技术进行建筑物之间的距离测量和障碍物回波探测,提取激光回波信号模型进行空间波束形成处理,采用建筑物空间的目标回波自适应波束形成方法实现激光测距,通过距离和方位信息等参量估计实现建筑结构空间规划合理性设计。仿真结果表明,采用该方法进行激光测距建模和空间设计,测距精度较高,从而使得建筑空间的布局更加合理。
In order to improve the rationality of architectural space design, aiming at the problem of large design space error of traditional visual fusion method, a space design method of laser ranging modeling is proposed. Laser distance measurement technology was used to measure the distance between buildings and obstacle echo detection. The laser echo signal model was extracted for spatial beamforming. The target echo adaptive beamforming method in building space was used to realize laser ranging. Through the distance and azimuth information and other parameters to estimate the rational design of spatial structure planning. The simulation results show that the method of laser ranging modeling and space design, ranging accuracy is high, making the layout of building space more reasonable.