Advanced Driver Assistance Systems
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Many computer vision applications need motion
detection and analysis. In this research, a newly developed feature
descriptor is used to find sparse motion vectors. Based on the
resulting sparse motion field the camera motion is detected and
analyze. Statistical analysis is performed, based on polar
representation of motion vectors. Direction of motion is classified,
based on the statistical analysis results. The motion field further is
used for depth analysis. This proposed method is evaluated with two
video sequences under image deformation: illumination change, blurring
and camera movement (i.e. viewpoint change). These video sequences are
captured from a moving camera (moving/driving car) with moving
objects.
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Graduate Students:
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Alok Desai
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Publications:
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D. Zhang, A. Desai, and D.J. Lee, “Using Synthetic Basis Feature Descriptor for Motion Estimation,” International Journal of Advanced Robotic Systems, accepted on 09/03/18. (SCIE)
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A.
Desai, D.J. Lee, and S.H. Mody, “Automatic Motion Classification
for Advanced Driver Assistance Systems,” Lecture Notes in
Computer Science (LNCS), International Symposium on Visual Computing
(ISVC), Part II, LNCS 9475, p. 819-829, Las Vegas, NV, U.S.A., December
14-16, 2015.
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