| Document Date: 2015-03-17 10:01:35
Open Document File Size: 1,31 MBShare Result on Facebook
Company John Wiley and Sons Inc / Imaging Systems / Link Point Acceleration Temperature (Front Side) Micro / / Facility Port Vectors / openCV Library / Proximity LED Normal Force Port / / IndustryTerm control algorithms / 3D shape reconstruction algorithm / 3D reconstruction algorithm / distributed tactile and visual coordinate systems / actual solution / connected components algorithm / shortest path algorithm / web-cam / prominent solution / 3D surface reconstruction algorithm / Electronics board / estimation algorithm / 720HD standard web-cam / visual systems / kinematic chain / 3D skin patch reconstruction algorithm / openCV algorithm / graph algorithms / image processing routines / network neighbor exploration algorithm / constrained general solution / local skin patch 3D reconstruction algorithm / / Organization Institute for Cognitive Systems / US Federal Reserve / / Person Port / Emmanuel Dean / Artificial Skin Philipp Mittendorfer / Gordon Cheng Abstract / / Position Controller / / Product Koss UR 5 Headphone/Headset / / ProgrammingLanguage L / C++ / / PublishedMedium IEEE Sensors Journal / The International Journal / Lecture Notes in Computer Science / / Technology graph algorithms / 3D shape reconstruction algorithm / control algorithms / network neighbor exploration algorithm / 3D surface reconstruction algorithm / 3D skin patch reconstruction algorithm / connected components algorithm / 3D reconstruction algorithm / simulation / PnP algorithm / Dijkstra shortest path algorithm / image processing / Partial Occlusion Our algorithm / local skin patch 3D reconstruction algorithm / estimation algorithm / / URL www.boost.org / http /
SocialTag |
3D Spatial Self-organization of a Modular Artificial Skin Philipp Mittendorfer, Emmanuel Dean and Gordon Cheng Abstract— In this paper, we present a new approach to spatially self-organize a modular artificial skin in