ThruMapper:使用单个测绘机器人的穿墙建筑断层扫描

Bo Tan, K. Chetty, K. Jamieson
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引用次数: 13

摘要

基于视觉和激光雷达的同步定位和测绘(SLAM)技术可以轻松构建室内建筑平面图,但需要对建筑物的每个房间都有视线。我们正在开发一种基于无线电微波的系统,用于使用SLAM技术构建室内平面图,但不要求绘图机器人可以访问建筑物中的每个房间。我们的系统使用多个天线来引导无线电能量穿过特定方向的墙壁,并联合时间和到达角估计技术来估计它们从建筑物墙壁返回的反向散射。宽带宽(120mhz)传输结合迭代发射零和接收抵消策略,使ThruMapper能够隔离单个墙壁,并测量隐藏在另一面墙和办公室杂波后面的非视线墙壁的位置,RMS误差在50厘米以内。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ThruMapper: Through-Wall Building Tomography with a Single Mapping Robot
Vision- and LIDAR-based Simultaneous Localization and Mapping (SLAM) techniques can build indoor building floorplans with ease, but require line-of-sight into every room of a building. We are developing a radio microwave-based system for building indoor floor plans using SLAM techniques, but without the requirement that the mapping robot has access to every room in the building. Our system uses multiple antennas to direct radio energy through walls in particular directions, and joint time- and angle-of-arrival estimation techniques to estimate their backscatter returns from the walls of the building. Wide bandwidth (120 MHz) transmissions combined with an iterative transmit nulling and receive cancellation strategy allows ThruMapper to isolate individual walls and measure the location of a non-line-of-sight wall hidden behind another wall and office clutter to within a 50-centimetre RMS error.
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