Richard Szeliski

Contact info:
Richard Szeliski
Facebook
1101 Dexter Ave. N
Seattle, Washington 98109-3517

szeliski@fb.com
http://szeliski.org/RichardSzeliski.htm

Publications (or try Google Scholar, MSR publications DB, MS Academic Search, or DBLP)

I am the Director and a founding member of the Computational Photography group at Facebook. I also have an Affiliate Professor appointment at the University of Washington.

 

Recent news:

After twenty amazing years at Microsoft Research, where I lead the Interactive Visual Media Group, I have joined Facebook (in late October, 2015) as a founding member of the Computational Photography group.

In February 2015, I was elected to the National Academy of Engineering.

My computer vision textbook was published in November 2010 by Springer.

Research areas:

My research areas include computer vision and computer graphics.

My particular interests are in using vision to automatically build 3-D models from images, computational photography, and image-based rendering. I have worked on both traditional 3-D volumetric and surface model reconstruction, and on high-resolution image mosaic construction. I am also interested in using computer vision for human-computer interaction and for analysing image databases. I have additional research interests in geometric modeling, motion estimation, multiresolution algorithms and representations, and optimization algorithms.

Benchmark studies:

Middlebury Stereo Vision Page (with Daniel Scharstein): an online evaluation of the best two-image stereo matching algorithms, along with test images, ground truth, and software.

MRF Energy Minimization Page (with Ramin Zabih, Daniel Scharstein, Olga Veksler, Vladimir Kolmogorov, Aseem Agarwala, Marshall Tappen, and Carsten Rother): a comparison of 2-D MRF energy minimization algorithms, along with test images, data files, and software.

Multi-View Stereo Evaluation (with Steve Seitz, Brian Curless, James Diebel, and Daniel Scharstein): a comparison of multi-view stereo 3D surface/volume reconstruction algorithms, along with calibrated test images.

Optical Flow Evaluation (with Simon Baker, Daniel Scharstein, JP Lewis, Stefan Roth, and Michael Black): a comparison of optic flow (motion estimation) algorithms, along with calibrated test sequences.

Editorial:

I was a founding editor of Foundations and Trends(R) in Computer Graphics and Vision. If you are interested in contributing a survey article, please contact one of the Editors-in-Chief.

Courses taught:

Computer Vision, UW CSE 576, Spring 2008

Computer Vision, UW CSE 576, Spring 2005

Introduction to Computer Vision, Stanford CS223B, Winter 2003

Vision for Graphics, UW CSE590SS, Winter 2001

NIPS 2004 Tutorial on Acquiring Detailed 3D Models From Images and Video

ICCV 2003 Short Course on Dense multiview stereo

ICCV 2003 Short Course on Image-based Rendering

Software:

Photosynth is a publicly available service based on our original Photo Tourism paper! Check out the following personal synths I created using this system.

The Image Compositing Editor (ICE) is an advanced image stitching tool that has even more functionality than the Windows Live Photo Gallery image stitcher, including output to HD View and Photosynth.

Places I have been affiliated with:

University of Washington Graphics and Imaging Laboratory

The Interactive Visual Media Group at Microsoft Research

Digital Equipment Corporation's Cambridge Research Laboratory

SRI International's AI Center (Perception Program)

Carnegie Mellon Vision and Autonomous Systems Center     (Computer Vision Home Page)

 

Last updated 5/16/2016