Meta, in collaboration with MIT, has introduced PlatoNeRF, a method for 3D reconstruction in Plato's Cave using single-view two-bounce lidar signals. The method aims to recover scene geometry from a single view using signals captured by a single-photon lidar. This development has been highlighted in AI news, with Meta's research and Codec Avatars Lab being involved in the proposal.
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Daily AI News in 60 Seconds 1/8 Meta’s 3D AI for everyday devices Meta research and Codec Avatars Lab (with MIT) have proposed PlatoNeRF, a method to recover scene geometry from a single view using two-bounce signals captured by a single-photon lidar. https://t.co/yGTA1uvhry
[CV] PlatoNeRF: 3D Reconstruction in Plato's Cave via Single-View Two-Bounce Lidar https://t.co/EVl3JEIcNK In this paper, we propose PlatoNeRF, a method to recover scene geometry from a single view using two-bounce signals captured by a single-photon lidar. Our method… https://t.co/cSn4boWz4F
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Meta announces PlatoNeRF 3D Reconstruction in Plato's Cave via Single-View Two-Bounce Lidar paper page: https://t.co/Jot3h6FuW6 propose PlatoNeRF: a method to recover scene geometry from a single view using two-bounce signals captured by a single-photon lidar https://t.co/WuhR7GjhET
Meta announces PlatoNeRF 3D Reconstruction in Plato's Cave via Single-View Two-Bounce Lidar paper page: https://t.co/Jot3h6FuW6 ropose PlatoNeRF: a method to recover scene geometry from a single view using two-bounce signals captured by a single-photon lidar. https://t.co/jkYQyKysHg