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3D Reconstruction: of human/object using a network of cameras and inertial sensors. Including GPU-based real-time implementation
Hadi Aliakbarpour
(Author)
·
Hassan Aliakbarpour
(Author)
·
Hajar Naseh
(Author)
·
Scholars' Press
· Paperback
3D Reconstruction: of human/object using a network of cameras and inertial sensors. Including GPU-based real-time implementation - Aliakbarpour, Hadi ; Aliakbarpour, Hassan ; Naseh, Hajar
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Origin: Spain
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Synopsis "3D Reconstruction: of human/object using a network of cameras and inertial sensors. Including GPU-based real-time implementation"
In the context of computer vision, three-dimensional (3D) data registration refers to the process of fusing two-dimensional (2D) images, captured by cameras, in order to retrieve 3D coordinates of a scene. A camera captures the visible space as a 2D digital image plane. Inertial sensor (IS) is an electronic device which is able to measure 3D orientation between a rigid body coordinate system and the earth-fixed coordinate system using a combination of magnetometer and accelerometer. In this book, we study the subject of 3D reconstruction of a scene using 2D images of cameras accompanied by 3D orientation provided by inertial sensors. Recovering 3D information is demanded by a variety of applications from different areas including surveillance, human motion and behaviour modelling, virtual-reality, smart-room, health-care, games, teleconferencing, human-robot interaction, medical industries and scene and object understanding.
