An algorithm to obtain the needed line segments by detecting the head and feet positions of a walking human in his leg-crossing phases is described.
An algorithm to obtain the needed line segments by detecting the head and feet positions of a walking human in his leg-crossing phases is described.
A self-calibration method to estimate a camera's intrinsic and extrinsic parameters from vertical line segments of the same height is presented.
We first develop a general technique for calibration using vanishing points and vanishing line. We then describe a method for estimating the needed points and ...
A self-calibration method to estimate a camera's intrinsic and extrinsic parameters from vertical line segments of the same height using an algorithm to ...
Oct 22, 2024 · Each camera in the camera network is calibrated using camera self-calibration techniques [22, 25] and its camera parameters are adjusted based ...
A self-calibration method to estimate a camera's intrinsic and extrinsic parameters from vertical line segments of the same height is presented.
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propose a method for camera self-calibration from observation of a human walking on a planar surface. Each human instance can be modeled as a vertical pole with ...
These parameters can be directly solved by a nonlinear curve fitting using the observed head and foot points of a walking human. This toolbox privdes several ...
– Camera self-calibration from walking humans. – Adaptive appearance modeling for 3D tracking. – Two-step evolutionary 3D pose estimation. – Multi-view scene ...