Visualizing splitting and merging processes
K. A. Robbins, C. Jeffery and S. Robbins
Journal of Visual Languages and Computing, to appear.
Fast visualization methods for comparing dynamics: A case study in combustion
K. A. Robbins and M. Gorman
IEEE Visualization '2000, to appear.
Visualization of scientific video data using KL decomposition
Kay A. Robbins
IEEE Trans. Visualization and Computer Graphics 4(4) 1998 pp. 330-343.
Visualizing
differences in movies of cortical activity
Kay A. Robbins and David M. Senseman
IEEE Visualization '98, 1998 pp. 217-224.
Karhunen-Loeve analysis of spatiotemporal flame patterns
A. Palacios, G. Gunaratne, M. Gorman and K. A. Robbins,
Physical Review E 7(5) (1998) pp. 1-14.
Cellular pattern formation in circular domains
A. Palacios, G. Gunaratne, M. Gorman and K. A. Robbins,
Chaos 7(3) (1997) pp. 463-475.
Visualization, Animation and
K-L Decomposition of Spatiotemporal Dynamics in a Pattern-Forming
System
K. A. Robbins, A. Palacios and M. Gorman,
Proc. 4th Experimental Chaos Conference (1997) pp. 31-36.
Identification of intermittent ordered patterns as heteroclinic connections
E. Stone, M. Gorman, M. el-Hamdi and K. A. Robbins,
Physical Review Letters 76 (1996) pp. 2061-2064.
Ratcheting motion of concentric rings in cellular flames
M. Gorman, M. el-Hamdi and K. A. Robbins,
Physical Review Letters
76 (1996) pp. 228-231.
Tracking cell splits and merges
J. A. Withers and K. A. Robbins
Proceedings IEEE Southwest Symposium on Image Analysis
and Interpretation (1996) pp. 117-122.
Tracking holes: Using animation
to visualize absent features
J. Xu and K. A. Robbins
Proceedings IEEE Southwest Symposium on Image Analysis
and Interpretation (1996) pp. 106-111.
Four types of chaotic dynamics in cellular flames
M. Gorman, M. el-Hamdi and K. A. Robbins,
Combustion Science and Technology 98 (1994) pp. 79-93.
Hopping motion in ordered states of cellular flames
M. Gorman, M. el-Hamdi and K. A. Robbins,
Combustion Science and Technology 98 (1994) pp. 71-78.
Chaotic dynamics near the extinction limit of a premixed
flame on a porous plug burner
M. Gorman, M. el-Hamdi and K. A. Robbins,
Combustion Science and Technology 98 (1994) pp. 47-56.
Experimental observations of ordered states of cellular flames
M. Gorman, M. el-Hamdi and K. A. Robbins,
Combustion Science and Technology 98 (1994) pp. 37-45.
Rotating and modulated rotating states of cellular flames
M. Gorman, C.F. Hamill, M. el-Hamdi and K. A. Robbins,
Combustion Science and Technology 98 (1994) pp. 25-35.
Deterministic chaos in laminar premixed flames:
Experimental classification of chaotic dynamics
M. el-Hamdi, M. Gorman and K. A. Robbins,
Combustion Science and Technology 94 (1993) pp. 87-101.
Theses
Cell Mapping: Tracking Splits and Merges in Large-scale Evolving StructuresJo Ann Withers, Master's Thesis, University of Texas at San Antonio, May 1996,
Supervising Professor: Kay A. Robbins.
Using Visualization and
Animation to Convey Motion in Experimental Data
Jin Xu, Master's Thesis, University of Texas at San Antonio,
May 1996,
Supervising Professor: Kay A. Robbins.
Technical Reports
Using the Tools of Parallel Program Performance Evaluation to Visualize Scientific DataJ. Xu and K. A. Robbins
UTSA Computer Science Technical Report TR 96-9 (1996).
Using Image Processing and Computer Animation to Analyze Spatial and
Temporal Dynamics in a Pattern-Forming System
K. A. Robbins and M. Gorman
UTSA Computer Science Technical Report TR 96-2 (1996).
Visiometric Analysis of Ratcheting Motion in Premixed Flames
K. A. Robbins, B. Natraja, D. Jayaraman, J. Mukherjee,
M. Gorman, and M. el-Hamdi,
UTSA Computer Science Technical Report TR 95-3 (1995).