PPT-Fast Simulation of FEL Linacs

with Collective Effects M Dohlus IPAC 2018 A typical XFEL g un environment p hoto cathode cavity solenoid d rift straight c avity q uadrupole d rift dispersive bend. iaaccn Philippe Decaudin INRIAEvasion Grenoble France CASIALIAMA Beijing China philippedecaudin NOSPAM imagfr BaoGang Hu CASIALIAMANLPR Beijing China hubg NOSPAM nlpriaaccn Figure 1 Illustration of our erosion simulation on a PGs haped mountain a Th Rony. . Goldenthal. et al. . Presenter : . SoHyeon. . Jeong. . (SoHyeon.Jeong@gmail.com). ACM SIGGRAPH 2007. Movie. Contents. Abstract. Introduction. Related Work. Cloth Model. Constrained Dynamics. nanoimprint. lithography: modelling capillary pressures during resist deformation. . 20 October 2011 . Hayden Taylor and . Eehern. Wong. Simprint. Nanotechnologies Ltd. Bristol, United Kingdom. Namil. Min Li . and. Azadeh Davoodi. Department of Electrical and Computer Engineering . University of Wisconsin-Madison. . W. ISCAD.  . Electronic Design . Automation Lab. http://. wiscad.ece.wisc.edu/. Rony. . Goldenthal. et al. . Presenter : . SoHyeon. . Jeong. . (SoHyeon.Jeong@gmail.com). ACM SIGGRAPH 2007. Movie. Contents. Abstract. Introduction. Related Work. Cloth Model. Constrained Dynamics. Briefing / Debriefing in Advanced Ship Handling Simulator Training at AIDA Cruises Rostock. Knud Benedict, Sandro . Fischer, Michael . Gluch, Matthias Kirchhoff, . Michèle Schaub,. Sebastian . Klaes.  . With Bayesian conditional density estimation. Problem. Analytic expressions for likelihood of parameters is not available with simulation based models. Approximate Bayesian Computation (ABC). Provides likelihood free inference. MASSIVELY PARALLEL IMPLEMENTATIONs. Jason LAMBERT. 1. , Gilles ROUGERON. 1. , Lionel LACASSAGNE. 2. , and Sylvain CHATILLON. 1. ..  . 1. CEA, LIST, F-91191 Gif-sur-Yvette, France. jason.lambert@cea.fr. Highlights up to June 2017. Alessandra Lombardi. Jacques Lettry <Jacques.Lettry@cern.ch>; Jean-Baptiste . Lallement. <Jean-Baptiste.Lallement@cern.ch>; Giulia Bellodi <Giulia.Bellodi@cern.ch>; Fredrik John Carl Wenander <Fredrik.Wenander@cern.ch>; Edgar Mahner <Edgar.Mahner@cern.ch>; Michael O'Neil <Michael.Oneil@cern.ch>; Cristiano Mastrostefano <Christian.Mastrostefano@cern.ch>; Francesco Di Lorenzo <francesco.di.lorenzo@cern.ch>; Silvia Schuh-Erhard <silvia.schuh@cern.ch>; Stefano Benedetti <stefano.benedetti@cern.ch>; Martin Breitenfeldt <Martin.Breitenfeldt@cern.ch>; Matthew James Garland <jimmy.garland@cern.ch>; Sharif H M Ghithan <sharif.ghithan@cern.ch>; Toke Kay Thomas Kovener <toke.koevener@cern.ch>; Detlef Kuchler <Detlef.Kuchler@cern.ch>; Stefano Mattei <stefano.mattei@cern.ch>; Daniel Noll <daniel.noll@cern.ch>; Alexander Pikin <alexander.pikin@cern.ch>; Johanna Pitters <johanna.pitters@cern.ch>; Sylvain . Frédéric Derue, LPNHE Paris. (on behalf of Computing ATLAS France group). Workshop on GPU. CC-IN2P3 Lyon, 4. th. April 2019. ATLAS and the Large Hadron Collider et CERN . Beam crossing 4x10. 7. Hz. Hiroshima . University. Lecture material is made from slides. by . L.G. . Sukhikh. (. Thomsk. Tech. . Univeristy. ). . ALLPPT.com _ Free PowerPoint Templates, Diagrams and Charts. Medical Applications. Simulation for Personalized Photodynamic Cancer Therapy Treatment Planning. Investigators: Vaughn Betz, . University of Toronto. Lothar. . Lilge. , University Health . Network. Partner Organizations: IBM and . Committee. Members:. Dr. Abu Asaduzzaman. Dr. Ravi Pendse. Dr. Mehmet Bayram Yildirim . -. Phanendra S. N. Gavara. Outline. Problem description. Thesis contributions. Why simulation technique?. L. Hauertmann. , X. Liu, O. Schulz,. M. Schuster, A. J. Zsigmond. IMPRS Young Scientist Workshop at Ringberg Castle. 2018. Physics of a Germanium Detector. Why do we (GeDet, Gerda/Majorana, LEGEND, …).