Fast and high-precision 3D tracking and position measurement with MEMS micromirrors

V. Milanovic, W. K. Lo
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引用次数: 19

Abstract

We demonstrate real-time fast-motion tracking of an object in a 3D volume, while obtaining its precise XYZ co-ordinates. Two separate scanning MEMS micromirror sub-systems track the object in a 20 kHz closed-loop. A demonstration system capable of tracking full-speed human hand motion provides position information at up to 5 m distance with 16-bit precision, or < = 20 mum precision on the X and Y axes (up/down, left/right,) and precision on the depth (Z-axis) from 10 mum to 1.5 mm, depending on distance.
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利用MEMS微镜进行快速、高精度的3D跟踪和位置测量
我们演示了三维体中对象的实时快速运动跟踪,同时获得其精确的XYZ坐标。两个独立的扫描MEMS微镜子系统以20 kHz的闭环跟踪对象。一个能够跟踪全速人手运动的演示系统提供5米距离的位置信息,精度为16位,或者在X和Y轴上(上/下,左/右)的精度< = 20 μ m,深度(z轴)的精度从10 μ m到1.5 mm,具体取决于距离。
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