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CorringResumeSept2016
- 1. John Corring +1 2288609062 corring@cise.u鍖.edu, johncorring@gmail.com cise.u鍖.edu/~corring Ph.D. candidate working on deformable object alignment and machine learning for understanding geometry. Education University of Florida Ph.D., Computer and Information Science and Engineering (CISE) expected May 2017 Advisor: Anand Rangarajan G.P.A. 3.85/4.00 M.S., Mathematics Dec. 2015 G.P.A. 3.97/4.00 Honors: UF Graduate Fellowship, IPAM Scholarship, ICVSS Invitation University of Southern Mississippi B.S., Computer Science, Magna Cum Laude Dec. 2010 B.A., Mathematics Dec. 2010 G.P.A. 3.7/4.0 Honors: National Merit Finalist, CS Departmental Scholarship, Placed at regional programming competitions Work & Research Experience Visiting Student Researcher Sept. 2016 Oct. 2016 TU-Munich Informatics Institute Working on shape analysis for improving computer vision algorithms with the lab of Dr. Daniel Cremers. UF Graduate Research Assistant Jan. 2012 Present UF CISE Department I developed a shape representation that is useful for various applications. For instance, it enables standard statistical methods to be applied to certain collections of shapes, which are often hard to model this way. Past work involves developing algorithms for aligning point-clouds and images and estimating probability functions from indirect observations. I also work on detecting landmines and other explosive objects with Joe Wilson and Paul Gader. My primary responsibility is developing and testing machine learning algorithms to detect the presence of a mine from cluttered GPR data. Programmer/Tech. Consultant Jan. 2011 Aug. 2011 Deloitte Consulting, Hattiesburg, MS Developed tools for insurance policy 鍖ling and regulation. Web development, Javascript, C#. Skills Matlab+mex, C/C++, Python. Frequent use of methods for machine learning, statistics, and image processing. Familiar with di鍖erential geometry, computer vision, various areas of pure and applied math, algorithms, and sparse and numerical linear algebra. Speaking, writing, and design skills.
- 2. Teaching Discrete Math Aug. 2013 - Dec. 2013 Numerical Analysis Jan. 2013 - Apr. 2013 Teaching at UF, Gainesville, FL Grading at UF, Gainesville, FL Adv. Programming I Aug. 2011 - Dec. 2011 Teaching at UF, Gainesville, FL Papers Corring and Rangarajan. Resonant Deformable Matching: Simultaneous Registration and Reconstruction, ECCV 2016 (accepted). Guan, Corring, Sethi, Ranka, and Rangarajan. Image Stack Surface Area Minimization for Groupwise and Multimodal A鍖ne Registration , ICPR 2016 (accepted). Moyou, Corring, Peter and Rangarjan. A Grassmannian Graph Approach to A鍖ne Invariant Feature Matching, http://arxiv.org/abs/1601.07648. Corring and Rangarajan. Shape from Phase: An Integrated Level Set and Probability Density Shape Representation, ICPR 2014: Shape Modeling. (14 % Oral Acceptance Rate) Gurumoorthy, Rangarajan, Corring. Estimation of the Gradient Density in Arbitrary Finite Dimensions using the Stationary Phase Approximation, http://arxiv.org/abs/1211.3038. Posters & Presentations Corring and Rangarajan. Shape from Phase: Integrating Level Sets and Densities, presented as an invited poster at IPAM Shape Analysis and Learning by Geometry and Machine Workshop, 2016. Corring, Duke, Lim, and Misra. Edge-Enhancing Speckle Denoising for Ultrasound Images, Oral presentation at 2011 AMS-SIAM Special Session on PDEs at JMM Conference 2011, Jan. 2011. Hobbies & Interests I enjoy running and tennis for exercise. For enjoyment I like board games, books, and playing/listening to music. I also like to go hiking and camping. I have been involved in the interests and welfare of the CISE department during the past 4 years as the Secretary of ASCIE Grad Student Organization (4/20121/2014) and COE Grad Student Council Representative (1/20141/2015). References Anand Rangarajan Arunava Banerjee Tim Davis Joseph Wilson Contact available upon request