CURRENT

· Computational Noncommutative Harmonic Analysis

· Biologically Motivated Machine Vision: Mathematical Modeling

Publications

[2009] J. Turski, Geometric Analysis of the Conformal Camera for Intermediate-level Vision and Perisaccadic Perception, Submitted [PDF]

[2008] J. Turski, Harmonic Analysis for Cognitive Vision: Perisaccadic Perception, SPIE proceedings: Human Vision and Electronic Imaging XIV, Vol. 7240, 2009[PDF]

[2006] J. Turski, Computational Harmonic Analysis for Human and Robotic Vision Systems, Neurocomputing, 69, 1277-1280, 2006[PDF]

[2005] J. Turski, Geometric Fourier Analysis for Computational Vision, JFAA 11, 1-23, 2005[PDF]

[2004] J. Turski, Geometric Fourier Analysis of the Conformal Camera for Active Vision, SIAM Review 46, 230-255, 2004[PDF]

[2000] J. Turski, Projective Fourier Analysis for Patterns, PATTERN RECOGNITION 33, 2033-2043, 2000[PDF]

[1998] J. Turski, Harmonic Analysis on SL(2,C) and Projectively Adapted Pattern Representation, JFAA 4, 67-91, 1998[PDF]

[1997] J. Turski, Projective Fourier Analysis in Computer Vision: Theory and Computer Simulations, SPIE 3168, 124-135, 1997[PDF]

[1992] E. Barany, M. Golubitsky and J. Turski. Bifurcations with local gauge symmetries in the Ginzburg-Landau equations. Physica D. 56, 36-56, 1992[Abstract]

Conferences and Workshops

J. Turski, Geometric Analysis of SL(2,C) and Biologically-Mediated Computational Vision, Keynote Talk, International Conference on Computational and Information

Sciences, University of Houston-Downtown, Houston, TX, April 30-May 2, 2009[Keynote Speakers]

J. Turski, Harmonic analysis for cognitive vision: perisaccadic perception. SPIE Conference 7240: Human Vision and Electronic Imaging XIV, San Jose, CA, January 19-

22, 2009

J.Turski, Projective Fourier analysis and perisaccadic perception, OSA Vision Meeting, Rochester, NY, October 24-25, 2008[PDF]

J. Turski, Harmonic Analysis on SL(2,C) with Applications in Cognitive Vision, The Special Semester on Modern Methods of Time-Frequency Analysis : 4^th Workshop on

Noncommutative Computational Harmonic Analysis, at the E. Schrödinger International Institute of Mathematical Physics, Vienna, July 4-7, 2005[PDF]

J. Turski, Geometrical Fourier Analysis in Computational Vision: Biological and Mathematical Background, 9^th Int. Conf. on Cognitive and Neural Systems, Boston

University, May 18-21, 2005[PDF]

J. Turski, Projective Fourier Analysis in Computer Vision: Mathematics for Silicon Retina Sensors of Active Vision, SIAM Conference: Mathematics for Industry—

Challenges and Frontiers, Toronto, 2003, See the article: James Case, SIAM Conference Highlights Works in Progress on Problems of Lasting Interest to Industry,

SIAM News, 36, 2003[PDF]