PPT-1 WLCG evolution towards

the HighLuminosity LHC M Litmaath CERN W hat is the Worldwide LHC Computing Grid 2 65 MoUs 164 sites 42 countries The WLCG Collaboration provides the distributed computing infrastructure for the CERN Large Hadron Collider experiments. EGI-GEANT Symposium . – cloud . security track. With grateful thanks for the input from. Romain. . Wartel. , CERN and . wLCG. Sven Gabriel, Nikhef and EGI. Ian Collier, STFC/RAL. wLCG. experience. . Grid. WLCG. M. Witek. On behalf of the team of Polish distributed Tier-2. Outline. . Introduction. History . and status . of Polish Tier-2 . Federation. Example. s. of physics results from LHC experiments. Ivan . Dzhunov. . . What do we mean by SUM like?. Historical plots. sites availability/reliability . s. ervices availability/reliability . metrics history per hostname. metric’s detailed output. WLCG Operations Coordination Meeting 18. th. June 2015. Maria Alandes. IT/SDC. Scope of this presentation. These slides summarise the current use of the Information System by the following identified Information System users or consumers:. on TEG outcomes. WLCG workshop. May 19, 2012. v0.3. Operations and Tools – WG1. ALICE monitoring versatile & homogeneous. Workload & data management, services. Common framework – . MonALISA. A mechanism for change in populations.. Any change in the . inherited . traits within a population across generations. Individuals better adapted to their environment tend to survive and . produce more offspring. What do we use in order to determine evolutionary relationships?. Fossil Record. Anatomical Evidence. Molecular Evidence. Embryological Evidence. Evidence for Evolution. Fossil Record. Evidence for Evolution. Mechanisms of concerted evolution. Unequal cross-over. Gene conversion: non-reciprocal transfer of information between homologous sequences; the main mechanism invoked to explain concerted evolution. Maria . Alandes. . Pradillo. IT-SDC. White Area Lecture, 4th June 2014. Introduction. What is the Information System. What is the GLUE schema. The past. Software errors. Performance issues. Information volatility. Status Report . Maria . Girone and Jef. f . Templon. . GDB, 14 December 2011. Introduction . Five areas of work identified . WG1: Monitoring . WG2: Support tools, Underlying Services and WLCG Operations . , Simone Campana. CERN. 1. 17/10/2018. Simone.Campana@cern.ch - WLCG GDB. The WLCG Data Organization Management Access . evolution project (DOMA). 17/10/2018. Simone.Campana@cern.ch - WLCG GDB. 2. keep track of developments and advancements in all DOMA areas . Giacomini. (INFN) - SA1. Morris Riedel (JSC) – JRA1. EMI 1 Release Plan. Francesco Giacomini (INFN). EMI 1 Developments. Morris Riedel (JSC). 2011-02-09. WLCG GDB, CERN. 2. Outline. 2011-02-09. WLCG GDB, CERN. of . the Red . Queen. CfE. . Advanced Higher Biology. Unit . 2: . Organisms and Evolution. SQA mandatory key information. A change in the traits of one species acts as a selection pressure on the other species. . . This project is supported by National Science Foundation under Cooperative Agreement OAC-1836650. Any opinions, findings, conclusions or recommendations expressed in this material are those of the authors and do not necessarily reflect the views of the National Science Foundation..