Robust Inexpensive Frequency Domain LiDAR using Hamiltonian Coding

Frequency domain LiDAR systems such as the Photonic Mixer Devices employed in Microsoft's Kinect 2 gaming controller offer an inexpensive method of 3D LiDAR sensing without moving parts. However, due to their sensitivity to ambient light and limited range, frequency domain sensors have largely been limited to indoor applications. Hamiltonian Coding is a way to boost the signal to noise ratio of frequency domain sensors by an order of magnitude or more, opening up various applications in Automotive Sensing.

Speaker: Prof Andreas Velten – Director, Computational Optics Group, University of Wisconsin-Madison

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Recorded live at AutoSens Detroit in 2019, the world's leading vehicle perception conference and exhibition, held at the Michigan Science Center, Detroit and coming to AutoWorld Museum, Brussels in September 2019. NEW! for November 2020 we are going to Hong Kong!

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