Human motion segmentation using cost weights recovered from inverse optimal control

JFS Lin, V Bonnet, AM Panchea… - 2016 IEEE-RAS 16th …, 2016 - ieeexplore.ieee.org
A common hypothesis in human motor control is that human movement is generated by
optimizing with respect to a certain criterion and is task dependent. In this paper, a method to …

Human motion segmentation using cost weights recovered from inverse optimal control

JFS Lin, V Bonnet, AM Panchea, N Ramdani… - 2016 IEEE-RAS 16th …, 2016 - dl.acm.org
A common hypothesis in human motor control is that human movement is generated by
optimizing with respect to a certain criterion and is task dependent. In this paper, a method to …

Human motion segmentation using cost weights recovered from inverse optimal control

JFS Lin, V Bonnet, AM Panchea… - IEEE-RAS …, 2016 - research.monash.edu
A common hypothesis in human motor control is that human movement is generated by
optimizing with respect to a certain criterion and is task dependent. In this paper, a method to …

[PDF][PDF] Human Motion Segmentation using Cost Weights Recovered from Inverse Optimal Control

JFS Lin, V Bonnet, AM Panchea, N Ramdani… - ece.uwaterloo.ca
A common hypothesis in human motor control is that human movement is generated by
optimizing with respect to a certain criterion and is task dependent. In this paper, a method to …

[PDF][PDF] Human Motion Segmentation using Cost Weights Recovered from Inverse Optimal Control

JFS Lin, V Bonnet, AM Panchea, N Ramdani… - researchgate.net
A common hypothesis in human motor control is that human movement is generated by
optimizing with respect to a certain criterion and is task dependent. In this paper, a method to …

[引用][C] Human motion segmentation using cost weights recovered from inverse optimal control

JFS Lin, V Bonnet, AM Panchea, N Ramdani… - 2016 IEEE-RAS 16th …, 2016 - cir.nii.ac.jp
Human motion segmentation using cost weights recovered from inverse optimal control |
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