Priors for Large Photo Collections and What They Reveal about Cameras Sujit Kuthirummal1 , Aseem Agarwala2, Dan B Goldman2 , and Shree K. Nayar1 1 2

Source URL: www1.cs.columbia.edu

• Science of photography
• Photography
• Image processing
• Optics
• Vignetting
• Camera
• Image segmentation
• Image histogram
• Exposure
• Color histogram

Low Rank Priors for Color Image Regularization Thomas M¨ollenhoff, Evgeny Strekalovskiy, Michael M¨oller, and Daniel Cremers Department of Computer Science, Technical University of Munich, Germany Abstract. In this wo

Source URL: vision.in.tum.de

NAVIGATOR™ Enterprise Image Fetching & Routing Automate Imaging Workflow A robust priors fetching solution that orchestrates the movement of relevant priors

Source URL: www.laurelbridge.com

Blur Kernel Estimation using Normalized Color-Line Priors Wei-Sheng Lai1 , Jian-Jiun Ding1 , Yen-Yu Lin2 , Yung-Yu Chuang1 1 National Taiwan University 2 Academia Sinica, Taiwan

Source URL: www.cv-foundation.org

6 Statistical Appendix: Cox survival analysis using Gaussian process priors In this supplementary file, we describe in a detail how to apply the Gaussian processes (GP) in Cox survival analyses using the proportional ha

Source URL: users.aalto.fi

“Loudness”: On priors over preference relations (Brief technical note) Benja Fallenstein and Nisan Stiennon May 2014 Abstract This is a quick writeup of a problem discussed at the May 2014 MIRI

Source URL: intelligence.org

2. Effective Approximations of Matching Priors 1. Summary How can we achieve truly robust dense, real-time matching? The strong priors generally available on image correspondence problems, are often used partially and p

Source URL: margaritachli.com

Flexible Priors for Exemplar-based Clustering Daniel Tarlow Dept. of Computer Science University of Toronto Toronto, ON M5S 3H5

Source URL: uai2008.cs.helsinki.fi

Learning Hierarchical, Semantic Priors for Image Boundary Detection Anthony Hoogs and Roderic Collins GE Global Research One Research Circle Niskayuna, NY 12309 {hoogs,collins}@research.ge.com

Source URL: snowbird.djvuzone.org

3D Segmentation of Rodent Brain Structures Using Hierarchical Shape Priors and Deformable Models Shaoting Zhang1 , Junzhou Huang1 , Mustafa Uzunbas1 , Tian Shen2 , Foteini Delis3 , Xiaolei Huang2 , Nora Volkow3 , Panayot

Source URL: www.research.rutgers.edu