*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 Vision*The 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 Vision*A 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 Vision*The 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_IRIS*TR-202.
BibRef
*USC Computer Vision*The 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 Vision*The 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 Vision*One 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_IRIS*TR-266.
BibRef
*USC Computer Vision*The 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 Vision*3-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 .

Last update:May 22, 2023 at 22:32:27