corring@cise.ufl.edu
OH: 930-1130 M, 1245-1345 W in CSE 309
CSE 576, Gainesville, FL 32601
I'm a Ph.D. student in the UF Computer and Information Science and Engineering department. My research interest center around learning and vision. I'm also interested in the current events in computational math, high performance computing, www, and physics. I enjoy playing chess, reading, running, and sports. I try to stay up to date on films, music, and science.
Research Interests
Theory
Compression, representation, coding/decoding. Theory and logic. Discrete dynamical systems.
Applied Computational Math
Compressive sensing, in general functionally constrained programming. PDE methods. Approximating asymptotics of large networks. Computational geometry.
Vision
Computer vision is a set of loose problems and formal techniques used in the acquisition, coding, decoding, and exploratory stages of remotely sampled(imaged) data. The problems are usually classified as 'early' and 'late', referring to the stage of processing in an ideal system. Sometimes image processing refers to the 'early', or sampled, data stage whereas computer vision concerns the 'late', contextual, data stage. My past research has involved modeling noise processes in ultrasounds using PDE's and building simple constrained coastal contours in a noisie setting. Lately I've been interested in basis selection and learning in volumes of visual data. I've done some work and research with shape and isometry and find it interesting, too. I'm interested in a lot of different things: reversible dithering, modeling noise, superresolution, and interpolation.
Class Resources
Fall 2011 I am a TA for COP3504: Adv. Programming Fundamentals. See resources below for immediate assistance. Official course page.
Grades, lab overviews, assignments
Quizzes and links