Shariat, H., and
Price, K.E.,
Motion Estimation With More Than Two Frames,
PAMI(12), No. 5, May 1990, pp. 417-434.
IEEE DOI
BibRef
9005
USC Computer VisionThe complete general case from the thesis. This gives the
derivation for 1 in 5, 2 in 4, and 3 in 3 frames, with results for
1 in 5 from real data.
BibRef
Shariat, H., and
Price, K.E.,
Motion Estimation Using More Than Two Images,
MU88(143-188).
BibRef
8800
USC Computer VisionA less than complete specification of the equation derivation for
1 point in 5 frames with basic results.
BibRef
Shariat, H., and
Price, K.E.,
Results of Motion Estimation with More Than Two Frames,
DARPA87(694-703).
BibRef
8700
USC Computer VisionThe results of the Motion estimation program.
BibRef
Shariat, H.,
The Motion Problem: How to Use More Than Two Frames,
Ph.D.Thesis (EE), May 1986,
BibRef
8605
USC_IRISTR-202.
BibRef
USC Computer VisionThe complete version of the motion work, general motion: 3 in 3, 2
in 4, and 1 in 5, with special cases for rotation and translation.
BibRef
Shariat, H., and
Price, K.E.,
How to Use more than Two Frames to Estimate Motion,
Motion86(119-124).
BibRef
8600
USC Computer VisionThe derivation of the 1 point in 5 frames method with results.
Preliminary to the thesis.
BibRef
Shariat, H.,
The Motion Problem: A Decomposition-Based Solution,
CVPR85(181-183).
BibRef
8500
USC Computer VisionOne point in 5 frames, or 2 in 4, or 4 in 3. An attempt at
simplifying the equations by using more frames.
BibRef
Franzen, W.O.,
Structure from Chronogeneous Motion,
Ph.D.Thesis (CS), May 1991,
BibRef
9105
USC_IRISTR-266.
BibRef
USC Computer VisionThe complete chronogeneous motion work. By adding time to the
homogeneous matrix representation, it is possible to get constant
motion with accelerations, etc. Solve for motion and structure.
BibRef
Franzen, W.O.,
Structure from Chronogeneous Motion: A Summary,
DARPA92(487-493).
BibRef
9200
USC Computer Vision
BibRef
Franzen, W.O.,
Structure and Motion from Uniform 3D Acceleration,
Motion91(14-20).
BibRef
9100
USC Computer Vision3-D Motion fromulation with acceleration. Part of the sequence
leading to the full Chronogeneous motion.
BibRef
Franzen, W.O.,
Representing Motion Using Chronogeneous Transformations,
Motion89(282-289).
BibRef
8900
USC Computer Vision
BibRef
Earlier:
Natural Representation of Motion in Space-Time,
DARPA88(443-452).
Motion, Structure. Add time to the coordinate system and simplify the formulation for
the equations of motion and allow for some accelerations.
BibRef
Chapter on Motion -- Feature-Based, Long Range, Motion and Structure Estimates, Tracking, Surveillance, Activities continues in
Broida and Related Work .