PPT-Shape-from-Polarimetry:

Recovering Sea Surface Topography Howard Schultz Department of Computer Science University of Massachusetts 140 governors Dr Amherst MA 01003 hschultz csumassedu gt October 2011 Outline. Tianqiang. 04/01/2014. Image/video understanding. Content creation. Why do we need 3D shapes?. Image/video understanding. [Chen et al. 2010]. Why do we need 3D shapes?. Image/video understanding. [Xiang et al. 2014 (ECCV)]. 1. camera. polarizer (analyzer). protractor. lens. Yoav Y. . Schechner. EE, Technion , Israel. S. elf-calibration . . in other imaging problems. Y. . . Schechner. , . self-calibrating polarimetry. Grade 9 Math. Visualizing and modeling . E5 Solve problems using 3D shapes using visualization, reasoning and geometric modeling . To review for this lesson…. What is a . _____________. :. A 2D shape, with angles and straight sides . LG: To . compare 3D shapes with their nets and to construct prisms and pyramids . © Auburn Primary School adapted from Lane Clark. Watch the . video on . Weebly. . on nets, faces, edges and vertices . © 2012 Project Lead The Way, Inc.. Principles . of. . Engineering. Centroid Principles. Object’s center of gravity or center of mass. Graphically labeled as . Centroid Principles. Point of applied force caused by acceleration due to gravity. Serge . Bolongie. , . Jitendra. Malik, Jan . Puzicha. Presenter : . Neha. . Raste. . 1. Outline. Introduction. Background. Algorithm. Explanation. Results and Discussion. 2. Introduction . Shape Context . 1. camera. polarizer (analyzer). protractor. lens. Yoav Y. . Schechner. EE, Technion , Israel. S. elf-calibration . . in other imaging problems. Y. . . Schechner. , . self-calibrating polarimetry. .. .. .. .. 2. 3. 4. Paper proposal:. Statistical analysis of synthetic . polarimetry. . using data from Carroll, Frank and Blackman 2010. 1. and my. IDL polarization routines. . Use 3DMHD . muli. A . shape is an element of art. Specifically, . it . is an . enclosed space. , the boundaries of . which . are defined by other elements of . art. Shape. Types of Shape. Geometric: Shapes that have specific rules. CEBAF . Injector. . J. M. Grames. 1. , C. K. Sinclair. 2. , R. Suleiman. 1. , M. Poelker. 1. , X. Roca-Maza. 3. , M.L. Stutzman. 1. , . Md.A. . Mamun. 1,4. , M. McHugh. 1,5. , D. Moser. 1. , J. Hansknecht. The Programmable Shape Machine is a two-axis machine that runs on a track and carries a torch on a motorized cross-arm. It can be used for �ame or plasma cutting, or welding, of a variety o Rong. -Li . Geng. Jefferson . Lab. . European Linear Collider Workshop 2016 (ECFALC2016). R.L. Geng, ECFALC2016, 5/30-6/5, 2016. Achieved ILC Cavity Performance at JLAB (2008-2010). 2K. 1.8K. All TESLA-shape fine-grain . Bouba. -Kiki Effect. . Karlee. Jones, B.S. Ed. & Matthew Carter, . Ph.D.. Valdosta State University. Disclosures. None of the authors had any financial relationships relevant to the content of this presentation. Probabilistic Methods. q. Practical . Challenges in . Prob. Analysis. Quality deterministic model, validated. How to estimate input distributions. Correlated input variables. Complex systems with long solution times require more efficient alternatives to Monte Carlo.