'Optical center' presentation slideshows

VISUAL MERCHANDISING Display Building

964 views • 75 slides

Basic Principles of Imaging and Lenses

844 views • 73 slides

Basic Principles of Imaging and Lenses

915 views • 73 slides

Midterm Review

11/06/12. Midterm Review. Computational Photography Derek Hoiem, University of Illinois. Magritte, Homesickness. Major Topics. Linear Filtering How it works Template and Frequency interpretations Image pyramids and their applications

788 views • 69 slides

Epipolar Geometry and Stereo Vision

10/15/13. Epipolar Geometry and Stereo Vision. Computer Vision ECE 5554 Virginia Tech Devi Parikh.

783 views • 58 slides

VUV spectroscopy of rare earth ions in solids: recent studies and possible applications

VUV spectroscopy of rare earth ions in solids: recent studies and possible applications. V.N. Makhov. P.N. Lebedev Physical Institute, Russian Academy of Sciences, Moscow, Russia Institute of Physics, University of Tartu, Tartu, Estonia. Outline.

1.03k views • 53 slides

Stereo

Stereo. CSE P 576 Larry Zitnick ( larryz@microsoft.com ) Many slides courtesy of Steve Seitz. Thomas Edison. Mark Twain, 1908. Why do we perceive depth?. What do humans use as depth cues?. Motion. Convergence

770 views • 50 slides

Design Principles

620 views • 43 slides

Building a Real Camera

552 views • 39 slides

Math models 3D to 2D

Math models 3D to 2D. Affine transformations in 3D; Projections 3D to 2D; Derivation of camera matrix form. Intuitive geometry first. Look at geometry for stereo Look at geometry for structured light Look at using multiple camera THEN look at algebraic models to use for computer solutions.

724 views • 37 slides

Single-view Metrology and Camera Calibration

02/23/12. Single-view Metrology and Camera Calibration. Computer Vision Derek Hoiem, University of Illinois. Last Class: Pinhole Camera. . Principal Point ( u 0 , v 0 ). . . f. Z. Y. v. . Camera Center ( t x , t y , t z ). u. Last Class: Projection Matrix. R. j w. t. k w.

566 views • 36 slides

Principles of Photogrammetry: Stereoscopic Parallax

Principles of Photogrammetry: Stereoscopic Parallax. Lecture 7 prepared by R. Lathrop with material from Avery and Berlin 5th edition & http://www.ccrs.nrcan.gc.ca/ccrs/learn/tutorials/stereosc/chap4/. Determining Photo Orientation.

3.54k views • 33 slides

Think-Pair-Share

288 views • 28 slides

216 views • 21 slides

Design Principles

309 views • 20 slides

Philosophy and the Arts: Lecture 35:

247 views • 15 slides

Optical Center

Optical Center. Eugene Hecht, Optics , Addison-Wesley, Reading, MA, 1998. Tracing rays to determine the position of the image. Eugene Hecht, Optics , Addison-Wesley, Reading, MA, 1998. Off Axis Rays Focus on the Focal Plane.

370 views • 13 slides

The Eye

The Eye. The eye is an optical lens system. Two single lenses. The goal of the eye is to focus an image on the retina. Eye Dissected. The cornea is a curved membrane with fluid behind it. Two indices of refraction n corn = 1.376 n aq = 1.336

187 views • 8 slides

Midterm Review

258 views • 7 slides

217 views • 7 slides