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The Microsoft Kinect is a new color-depth (RGB-D) tracking device designed for home entertainment.With its great performance and low price compared to state-of-the-art depth tracking systems it is the target of a variety of academic research.We investigate the possibilities of using multiple Kinects in the same environment for capturing opaque and translucent objects in motion.Arising issues with the laser subsystems interfering with each other are solved using fast rotating disks, creating a time division multiple access (TDMA) scenario.We also introduce an algorithm to evaluate the quality of captured depth images and compare the quality of depth images created with our multiplexing technique to depth images obtained without multiplexing.
Schröder et al. (Sat,) studied this question.