PPT-H. MAINAUD DURAND, N. CHRITIN

TEST MODULE WG Cradles for CLIC module supporting system 040711 2 SUMMARY Introduction different types of cradles Requirements Boostec cradles Epucret cradles Conclusion next steps concerning cradles. It is based on a twoscale decomposition of the image into a base layer encoding largescale variations and a detail layer Only the base layer has its contrast reduced thereby preserving detail The base layer is obtained using an edgepreserving 64257l Freeman Weizmann Institute of Science Hebrew University MIT CSAIL Abstract In blind deconvolution one aims to estimate from an in put blurred image a sharp image and an unknown blur kernel Recent research shows that a key to success is to consider Freeman MIT CSAIL Weizmann Institute of Science Hebrew University Adobe Abstract Blind deconvolution is the recovery of a sharp version of a blurred image when the blur kernel is unknown Recent algorithms have afforded dramatic progress yet many as Freeman Massachusetts Institute of Technology Computer Science a nd Arti64257cial Intelligence Laboratory 1 Introduction This document provides a detailed description of the deconv olu tion algorithms used in the paper A Levin R Fergus F Dur and and Adelson Computer Science and Arti57346cial Intelligence Lab CSAIL Massachusetts Institute of echnology a Input sequence b Motion magni57346ed sequence Figure 1 Frames from input and motion magni57346ed output sequence The algorithm groups the input The bilateral 64257lter is a nonlinear 64257lter that smoothes a signal while preserving strong edges It has d emonstrated great e64256ectiveness for a variety of problems in computer vision and computer graphics and a fast version has been proposed 1 derot, Paris. E-mail: a.durand-lasserve@wanadoo.fr INRA-Paris School of Economics and CREST, Paris, and CEPR, London. Address: INRA-PSE, 48 boulevard Jourdan, 75014 Paris, France. E-mail: selod@ens A.Davis,F.Durand,M.Levoy/UnstructuredLightFields Figure5:Piecewise-linearandviewpoint-subdivisionrenderingforanewviewpointV.(a)Thecolorataraycanbelinearlyreconstructedbybarycentricinterpolationofthree Inner Triplets upgrade – 2013. Very first Schedule. Draft. . sum. of . durations. Warm-up 4wks. From. RP OK to enter. HLS . removal. & IT . reference. 6 . days. . (. hidden. time if OK . STATUS OF THE CLIC PRE-ALIGNMENT STUDIES. 2. Survey and alignment for CLIC. For the CLIC project, Survey people will have to align (measure the position and adjust) all beam components or their associated supports:. PERMANENT MONITORING OF THE LHC LOW BETA TRIPLETS: LATEST RESULTS AND PERSPECTIVES. 2. SUMMARY. Introduction: alignment systems configuration. Short term monitoring results. Warm-up of a cryostat and associated constraints. for . A. dults. in France. Isabelle Durand-Zaleski. 2016 International Health Policy Survey Webinar | May 18, . 2017. Entire. population . covered. for . healthcare. Rate of . coverage. varies by type of care (. Hélène Mainaud Durand. Mini-revue des activités HL-LHC, 29/06/2017.. As a . summary. What has already started:. Fiducialisation & metrological controls, laser tracker order. Preparation of standard alignments for LS2. In lab testing facility. 01/11/2010. Antonio Bartalesi. Inventory layout. RF system. Accelerating structure. PETS structure. RF network and loads. Vacuum system. BI and Vacuum systems. BPM-DBQ chamber assembly.