Sensorium: commissioning abundant sensors with augmented reality and QR codes Article Swipe

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Augmented reality Computer science Project commissioning Process (computing) Real-time computing Human–computer interaction Publishing Operating system Law Political science

Eric A. Bier , Alejandro E. Brito , Raman Goyal , Saman Mostafavi , Les Nelson , Ritesh Sharma , Mahabir Bhandari , Niraj Kunwar , Shamus Li ·

YOU? · · 2023 · Open Access · · DOI: https://doi.org/10.26868/25222708.2023.1424 · OA: W4392628713

In the future, it will be possible to build high-quality models of building interiors based on data from a dense fleet of sensors reporting on air volumes much smaller than a room or zone. To enable such models, we are creating technologies that allow a fleet of sensors to be commissioned quickly at low cost. Our sensor commissioning process builds a 3D model of each building interior that includes sensor positions and sensor networking information such as sensor MAC addresses. It employs multiple technologies, including augmented reality, LiDAR, QR codes, and computer vision. Sensors can be commissioned at more than 10x the speed and at less than one tenth the cost of traditional approaches.