SLIDE 1
1
Introduction Introduction
Steve Seitz Steve Seitz
Carnegie Mellon University Carnegie Mellon University
Brian Brian Curless Curless
University of Washington University of Washington
SIGGRAPH 99 Course on SIGGRAPH 99 Course on 3D Photography 3D Photography http
http:// ://www www. .cs cs. .cmu cmu. .edu edu/~ /~seitz seitz/course/3DPhoto. /course/3DPhoto.html html
3D Photography 3D Photography
2D Photography 2D Photography
Light Light
Light Light
Geometry Geometry Reflectance Reflectance
3D Photography 3D Photography
Light Light
SLIDE 2 2
Objects Radiate Visible Light Objects Radiate Visible Light
3D Photography from 2D Photography 3D Photography from 2D Photography
This Pattern of Light Depends On This Pattern of Light Depends On
Scene illumination
Surface geometry
Surface reflectance
Cameras Capture This Light Cameras Capture This Light
- Enables analysis of scene structure
Enables analysis of scene structure
Objective Objective
- Infer structure from radiated light
Infer structure from radiated light
Two Styles Two Styles
Passive sensing of light already in environment sensing of light already in environment > > widely applicable widely applicable > > cheap cheap > > brittle, less accurate brittle, less accurate
Active control of illumination control of illumination > > not always viable not always viable > > expensive but getting cheaper expensive but getting cheaper > > extremely accurate extremely accurate
Passive vs. Active 3D Photography Passive vs. Active 3D Photography
Morning Morning Session Session Afternoon Afternoon Session Session
SLIDE 3
3
Speakers Speakers
Jean- Jean-Yves Bouguet Yves Bouguet, , Intel Corporation
Intel Corporation
Brian Brian Curless Curless, , University of Washington
University of Washington
Paul Paul Debevec Debevec, , University of California, Berkeley
University of California, Berkeley
Marc Levoy Marc Levoy, , Stanford University
Stanford University
Steven Seitz, Steven Seitz, Carnegie Mellon University
Carnegie Mellon University
Speakers Speakers
Brian Brian Curless Curless University of Washington
University of Washington
8:50pm 8:50pm Acquiring Images Acquiring Images 1:30pm 1:30pm Overview of Active Vision Overview of Active Vision 2:55pm 2:55pm Shape and Appearance from Range Data Shape and Appearance from Range Data
SLIDE 4
4
Speakers Speakers
Steven Seitz Steven Seitz Carnegie Mellon University
Carnegie Mellon University
8:30pm 8:30pm Introduction Introduction 9:35pm 9:35pm Overview of Passive Vision Overview of Passive Vision 11:20pm 11:20pm From Images to Voxels From Images to Voxels
Speakers Speakers
Paul Paul Debevec Debevec University of California, Berkeley
University of California, Berkeley
10:30pm 10:30pm Facade: Modeling Architectural Scenes Facade: Modeling Architectural Scenes
SLIDE 5
5
Speakers Speakers
Jean- Jean-Yves Bouguet Yves Bouguet Intel Corporation
Intel Corporation
2:15pm 2:15pm Desktop 3D Photography Desktop 3D Photography
Speakers Speakers
Marc Levoy Marc Levoy Stanford University
Stanford University
3:50pm 3:50pm The Digital The Digital Michelangelo Michelangelo Project Project
SLIDE 6 6
What NOT to expect What NOT to expect
- “Build-your-own” 3D camera instructions
“Build-your-own” 3D camera instructions
What to Expect What to Expect
- Practical understanding of issues
Practical understanding of issues
- Overview of major approaches
Overview of major approaches
Latest research results
- Current capabilities, limitations
Current capabilities, limitations
Course Objectives Course Objectives Course Notes Course Notes
http http:// ://www www. .cs cs. .cmu cmu. .edu edu/~ /~seitz seitz/course/3DPhoto. /course/3DPhoto.html html
Slides Slides
- Acrobat versions of speakers’ slides
Acrobat versions of speakers’ slides
Abstracts Abstracts
Digital Michelangelo Michelangelo Project Project
Passive vision intro intro
- Modeling architecture from photographs
Modeling architecture from photographs
Models, Movies, Online Presentations Models, Movies, Online Presentations
VRML models, HTML
Quicktime movies movies
Papers Papers
- Electronic versions of relevant publications
Electronic versions of relevant publications
