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BEGIN:VEVENT
DTSTAMP:20260705T202524Z
UID:fb7fd4ae-c8d8-4127-b902-30feadb4c200
DTSTART:20201130T080000Z
DTEND:20201204T170000Z
DESCRIPTION:Description: \n\nThe aim of this workshop is to deliver a "tran
 ing on the job" school based on a class of selected numerical methods for 
 parallel Computational Fluid Dynamics (CFD). \nThe workshop aims to share
  the methodologies\, numerical methods and their implementation used by th
 e state-of-the-art numerical codes used on hybrid multi-many core High Per
 formance Computing (HPC) clusters. \nThe lectures will present the challe
 nges of numerically solving Partial Differential Equations (PDE) in proble
 ms related to fluid-dynamics\, using  massively parallel clusters. \nThe
  lectures will give a step-by-step walk through the numerical methods and 
 their parallel aspects\, starting from a serial code up to scalablity on c
 lusters\, \nincluding strategies for parallelization (MPI\, OpenMPI\, GPU
 s\, plug-in of numerical libraries\,....) with hands-on during the lecture
 s.  \nProfiling and optimization techiques on standard and heterogeneous 
 clusters will be shown during the school. \nDue to actual circumstances\,
  this year the school will be fully virtual. The duration is extended fro
 m original one week up to two weeks\, with morning lessons and free aftern
 oons.\nFinal Agenda will be published upon confirmation of the speakers. 
 \n\nDuration: two weeks\, 30 Nov. 11 Dec. Morning Lessons (CET Time)\n\nTh
 e first week (30 Nov - 4 Dec) will be performed in collaboration with PRAC
 E.\n\nThe second week (4 Dec-11 Dec) will be performed in collaboration wi
 th Excellerat Centre of Excellence\n\nSkills: \n\nAt the end of the cours
 e\, the student will possess and know how to use the following skills:\n\n
 Numerical analysis\nAlgorithms for PDE Solution\nParallel computing (MPI\,
  OpenMP\, GPUs) \nHPC architecture\nStrategies for massively parallelizat
 ion of numerical methods\nNumerical Libraries for HPC\n\nTarget audience:\
 n\nMSc/PhD students\, Post-Docs\,  Academic and industrial researchers\, 
 software developers  which use / are planning to use / develop a code for
  CFD \n\nPre-requisites: \n\nprevious course(s) on parallel computing\, n
 umerical analysis and algorithms for p.d.e. solution.\n\nAdmitted students
 :\n\nAttendance is free.\n\nThe number of participants is limited to 40 st
 udents.\nApplicants will be selected according to their experience\, quali
 fications and scientific interest BASED ON WHAT WRITTEN IN THE REGISTRATIO
 N FORM.\nPlease use the field "Reason for participation" to specify skills
  that match the requested pre-requisites for the school.\n\nDEADLINE FOR R
 EGISTRATION: Nov\, Mon 23rd 2020.\n\nTHE STUDENTS ADMITTED AND NOT ADMITTE
 D WILL BE CONTACTED VIA EMAIL ON NOVEMBER\, THURSDAY 26TH.\n\nIF YOU SUBMI
 TTED AND DID NOT RECEIVE ANY EMAIL\, PLEASE WRITE AT corsi.hpc@cineca.it.
   \n\n \n\n \n\n\n\n\nDirect Numerical Simulation of Shock wave/Turbul
 ent Boundary Layer Interaction at high Reynolds number\n\n\n\n\ncredits: \
 nMatteo Bernardini/Francesco Salvadore/Emanuele Martelli\n\nhttps://events
 .prace-ri.eu/event/1091/
SUMMARY:[ONLINE] Virtual School on Numerical Methods for Parallel CFD @ Cin
 eca
URL;VALUE=URI:https://events.prace-ri.eu/event/1091/
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