PPT-1 Shape and Reflectance from Two-Bounce

Light Transients ChiaYin Tsai Carnegie Mellon University Ashok Veeraraghavan Rice University Aswin C Sankaranarayanan Carnegie Mellon University Shape reconstruction. The reflectance map depends both on the nature o the surface layers of th object being imaged and the distribution o light sources Recently a unified approach t the specification of surface reflectance in terms of both incident and reflected beam ge Ritva. A. Keski-Kuha, Charles W. Bowers, Manuel A. Quijada. NASA/Goddard Space Flight Center. James B. Heaney, SGT Inc. Greenbelt. Benjamin Gallagher, Ball. . Aerospace & Technologies Corp. Andrew McKay Northrop Grumman Aerospace Systems. Dan . Sauceda. Outline. Information on the Region. Data Information. Reflectance Equations. MODIS Images. NDVI. Conclusions. Information on the Region. Latitude: 0. ˚N, -12˚S. Longitude: -56˚. E, -72. Mica . Arie-Nachimson. May 2011. What is Shading?. Well… not shadow…. We can’t reconstruct shape from one shadow…. Image from www.moolf.com. What is Shading?. Variable levels of darkness. Gives a . Chemometrics. SPECTRAL EVOLUTION. www.spectralevolution.com. SPECTRAL EVOLUTION. www.spectralevolution.com. Incorporated 2004. Full line supplier of UV-VIS-NIR spectrometers for lab, inline process & field portable remote sensing. The Cosmic Bounce. Valerio . Bozza. University of Salerno, Italy. Summary. The Inflation and The String. The String and The Bounce. The Bounce and The Perturbations. The Bounce and The Inflation. Standard Inflation. Remote sensing measures reflected “light” (EMR). Different materials reflect EMR differently. Basis for distinguishing materials. Reflectance. Learning Objectives. Be able to define reflectance qualitatively and quantitatively.. Xinxin. . Zuo. . 02/08/2016. Intrinsic decomposition. Related works. Priors. local gradient (. Retinex. algorithm). . train classifiers. (. Recovering Intrinsic Images. from a Single Image. ). Related works. Eric . Vermote . et . al.. NASA . Goddard Space Flight Center Code . 619. Eric.f.vermote@nasa.gov.  .  . LCLUC Spring Meeting, April 12-14, Hilton, Rockville, MD. Home . page: . http://modis-sr.ltdri.org. Venue and run time. June 30. th. - august 10, 2003 at the . goodman. theatre, Chicago. OCTOBER 21. ST. - November 16, 2003 AT THE KENNEDY CENTER FOR THE PERFORMING ARTS IN WASHINGTON D.C. . Plot…. By Noah, Gaby, Jack, and Ben. Problem. How does the release distance affect the bounce distance of a golf ball from bounce 1 to bounce 2?. Hypothesis. . I predict that the higher the release distance, the higher farther the distance between bounce 1 and bounce 2. 15-463, 15-663, 15-862. Computational Photography. Fall 2018, Lecture 16. http://graphics.cs.cmu.edu/courses/15-463. Homework 4 is still ongoing. - Any questions?. I will try to go over project ideas tonight.. Chemometrics. SPECTRAL EVOLUTION. www.spectralevolution.com. SPECTRAL EVOLUTION. www.spectralevolution.com. Incorporated 2004. Full line supplier of UV-VIS-NIR spectrometers for lab, inline process & field portable remote sensing. Group #5. Problem. How does the release distance affect the bounce distance of a golf ball from bounce one to bounce two?. Hypothesis. . I. . predict that the greater the release distance the farther the ball will travel from bounce one to bounce two.