DOCSLIB.ORG

Memoriasisum2014 Electronica.Pdf

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Memoriasisum2014 Electronica.Pdf Supercomputing in Mexico WHERE HIGH PERFORMANCE COMPUTING FLIES ISUM 2014 Conference Proceedings Editorial Board Editor: Dr. Moisés Torres Martinez Primary Reviewers Dr. Alfredo J. Santillán Gonzalez (UNAM) Dr. Manuel Aguilar Cornejo (UAM-Iztapalapa) Dr. Andrei Tchernykh (CICESE) Dr. Mauricio Carrillo Tripp (CINVESTAV) Dr. Alfredo Cristóbal Salas (UV) Dr. Moisés Torres Martínez (UdeG) Dr. Jesús Cruz Guzmán (UNAM) Dr. Raúl Hazas Izquierdo (UNISON) Dr. Juan Carlos Chimal Enguía (IPN) Dr. René Luna García (IPN) Dr. Juan Manuel Ramírez Alcaraz (UCOLIMA) Dr. Salvador Castañeda (CICESE) Dr. Jaime Klapp Escribano (ININ) Secondary Reviewers Angel López Gómez José Lozano Rizk Edgardo Manuel Felipe Riverón José Luis Quiroz Fabián Frederic Masset Liliana Hernández Cervantes Jesús Alberto Verduzco Ramírez Miguel Angel Balderas Jorge Matadamas Hernández Oscar Eduardo Olivares Domínguez Supercomputing in Mexico Salvador Godoy Editorial Board Coordination Formatting Verónica Lizette Robles Dueñas Angie Fernández Olimón Teresa M. Rodriguez Jiménez Francisco Javier Díaz de León Magaña Ana Patricia de León Torres Pedro Gutiérrez García Cynthia Lynnette Lezama Canizales WHERE HIGH Daniela García Govea ISUM 2014 Conference proceedings are published by the PERFORMANCE , Volume 5, 1st edition, March 26, 2015. Authors are responsible for the contents of their papers. All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording COMPUTING FLIES or otherwise, without prior permission of . Printed in Guadalajara, Jalisco México, March 26, 2015 in los Talleres Gráficos de Transición. Supercomputing in México WHERE HIGH PERFORMANCE COMPUTING FLIES Volume editor: Dr. Moisés Torres Martínez University of Guadalajara General Coordination of Information Technologies México 2015 ISBN: 978-607-742-205-1 Derechos Reservados © 2015 Universidad de Guadalajara Ave. Juárez No. 976, Piso 2 Col. Centro, C.P. 44100 Guadalajara, Jal., México Volume V: 1st Edition Obra Completa: 978-607-450-347-0 Printed and Edited in México SUPERCOMPUTING IN MÉXICO 2014 Contents Foreword Luis Alberto Gutierrez Díaz de León...................................................................................................10 Preface Moisés Torres Martínez.......................................................................................................................12 Acknowledgements......................................................................................................................... 14 Introduction A Perspective on the Self Sustainability Model of Supercomputer Centers and Review of Research Works in Supercomputing in Mexico....................................................................................................................................................16 Moisés Torres Martínez Applications HPC applied to Fluorescence Fluctuation Analsis: Contributing to Unravel Hidden Dynamical Processes............................................................................................24 Marcelo Ortega Martinez Sergio Enrique Nesmachnow Canovas Juan Francisco Angiolini Valeria Levi Esteban Eduardo Mocskos Application of an Adaptive Inversion Frequencies Algorithm for Router Bandwidth Improvement........................................................................................................................................38 Evgeniy Kravtsunov Timur Mustafin Andrei Tchernykh Valery Perekatov Alexander Drozdov Where High Performance Computing Flies Cloud Computing Cost Optimization of Virtual Machine Provisioning in Federated IaaS Clouds..........................................................................................................................48 Fermin Alberto Armenta Cano Andrei Tchnerykh Ramin Yahyapour Jaroslaw Nabrzyski Model of Video on Demand Service Provisioning on Multiple Third Party Cloud Storage Services.............................................................................................................58 Carlos Barba Jimenez Raúl Valente Ramirez Velarde Andrei Tchnerykh Grids and GPU´s An Optimization Method for Lennard-Jones Clusters using Conjugate Gradient and Molecular Simulations...............................................................................................73 José Luis Alonzo Velázquez Sergio Ivvan Valdéz Peña Salvador Botello Rionda GPU’s molecular dynamics simulation of a one million particles.............................................84 Pedro Damián Cruz Santiago Jesús Enrique Díaz Herrera Luis Miguel de la Cruz Salas Semi-automatic Historical Climate Data Recovering Using a Distributed Volunteer Grid Infrastructrure.............................................................................................................................100 Sergio Enrique Nesmachnow Canovas Miguel Orlando Da Silva Maciel Straightforward DSP Algorithm Suitable for GPU Computation............................................115 Raúl Gilberto Hazas Izquierdo José Luis Rodriguez Navarro Alan David Faz Gutierrez Raymundo Salazar Orozco SUPERCOMPUTING IN MÉXICO 2014 Performance Evaluation of Cellular Genetic Algorithms on GPU.......................................120 Migdaled López Juárez Ricardo Barrón Fernández Salvador Godoy Calderón Infrastructure A TCP/IP Replication with a Fault Tolerance Scheme for High Availability.................................................................................................................................132 Violeta Medina Rios Andrei Tchernikh Antonio Ramos Paz Parallel Computing Parallelization of filter BSS/WSS on GPGPU for classifying cancer subtypes with SVM..............................................................................................................146 Iliana Castro Liera, Jorge Enrique Luna Taylor, Jacob E. Merecías Pérez, Germán Meléndrez Carballo Application of Parallel Processing Based on Multithreading to the Optimal Trajectory Planning for Robot Manipulators............................................................154 Waldemar Pérez Bailón Antonio Ramos Paz Simulating a Hyperbolic-PDE Using a 2-Dimensional CA.....................................................164 Iliac Huerta Trujillo Juan Carlos Chimal Eguía Scheduling Analysis of Deterministic Timetabling Strategies for the Generation of University Timetables...................................................................................................................176 Marco Antonio Peña Luna Adán Hirales Carbajal Andrei Tchernykh Miguel Alberto Salinas Yañez Where High Performance Computing Flies Appendix I Conference Keynote Speakers...........................................................................................................193 Technology Speakers............................................................................................................................200 Abstracts................................................................................................................................................211 Author Index........................................................................................................................................255 SUPERCOMPUTING IN MÉXICO 2014 Foreword Supercomputers play an important role in computational science, and are used for a wide range of computationally intensive tasks in graphical visualizations, climate research, weather forecasting, molecular modeling, and physical simulations just to mention a few uses of the myriad of possibilities. We know that Supercomputing is a key enabler for most recent discoveries in science and technology, providing researchers computational power for analyzing really large datasets in a timely manner. It became crucial for the recent discovered Higgs boson particle in CERN. As well as, the recent climate change initiatives outlined by the US President Barack Obama that requires large-scale analysis of climate data. Now, supercomputers are considered the modern science labs. There are still many computational and technical challenges ahead that must be addressed and we need supercomputers to help researchers obtain faster results. Whether it is analyzing a mammogram to determine if a woman has cancer or not, the time needed to analyze the problem can mean the difference between life and death. For iterative processes you may find that your competitor, who is using a faster computer, comes up with a better answer or a better product faster than you do. These are only a few examples of the importance of supercomputers in our everyday lives. But, as we continue to produce large digital sets of data, these systems become more important in our society to be able to analyze these big data at faster speeds to obtain new knowledge. Thus, the knowledge obtain from these powerful computers is not useful unles it is shared with the scientific community. The 5th International Supercomputing Conference in México (ISUM) hosted in Ensenada, Baja California, México, is a space that allows researchers to share their work in the uses of supercomputing. It is also an open forum to exchange ideas, to discuss and provide feedback on the work of research and industry centers, for networking and consolidate collaborative networks of researchers, as well as industry and academia. Works presented in this book addresses research from the analyisis of deterministic timetabling strategies for the generation of university timetables, a tcp/ip replication
Load more

Recommended publications
  • Redclara Went from Being an Illusion to Become a Mature Institution”
    Invitation - Call Shall we talk seriously about natural disasters and the end of the world? Rafael Ibarra, RAICES president “RedCLARA went from being an illusion to become a mature institution” MERCOSUR’s Virtual School was launched March 2012 - n°30, year 8 This Project is funded by the European Union A project implemented by RedCLARA European Commission Press Contact: EuropeAid Cooperation Office María José López Pourailly Directorate B2 - Latin America PR & Communications Manager - CLARA @LIS Programme [email protected] Rue Joseph II, 54 J54 4/13 (+56) 2 584 86 18, extension 504 B-1049 Brussels Avenida del Parque 4680-A BELGIUM Edifico Europa, oficina 505 Ciudad Empresarial Huechuraba Santiago CHILE «The European Union is constituted by 27 member states which have decided to progressively join their practical knowledge, their resources and their destinies. Over an expansion period of 50 years, together they have built a stability, democracy and sustainable development zone, and have also preserved cultural diversity, tolerance and individual liberties. The European Union is committed to sharing its achievements and values with countries and peoples which are beyond its borders». The European Commission is the executive body of the European Union. Contents 6 Open Call to present papers for TICAL 2012 Conference 7 Register and participate in the First Virtual Day of Culture Fernando Liello, ELLA Project Coordinator 8 “Latin America needs the new submarine connection to Europe because it cannot rely only on connectivity to
    [Show full text]
  • Esnet: Advanced NETWORKING for SCIENCE
    ENERGY SCIENCES NETWORK ESnet: Advanced NETWORKING for SCIENCE Researchers around the world using advanced computing for scientific discovery are connected via the DOE-operated Energy Sciences Network (ESnet). By providing a reliable, high-performance communications infrastructure, ESnet facilitates the large-scale, collaborative science endeavors fundamental to Office of Science missions. Energy Sciences Network tive science. These include: sharing of massive In many ways, the dramatic achievements of 21st amounts of data, supporting thousands of collab- century scientific discovery—often involving orators worldwide, distributed data processing enormous data handling and remote collabora- and data management, distributed simulation, tion requirements—have been made possible by visualization, and computational steering, and accompanying accomplishments in high-per- collaboration with the U.S. and international formance networking. As increasingly advanced research and education (R&E) communities. supercomputers and experimental research facil- To ensure that ESnet continues to meet the ities have provided researchers with powerful requirements of the major science disciplines a tools with unprecedented capabilities, advance- new approach and a new architecture are being ments in networks connecting scientists to these developed. This new architecture includes ele- tools have made these research facilities available ments supporting multiple, high-speed national to broader communities and helped build greater backbones with different characteristics—redun- collaboration within these communities. The dancy, quality of service, and circuit oriented DOE Office of Science (SC) operates the Energy services—all the while allowing interoperation of Sciences Network (ESnet). Established in 1985, these elements with the other major national and ESnet currently connects tens of thousands of international networks supporting science.
    [Show full text]
  • Deliverable D8.4 Final Report on Sustainability and Exploitation
    07-07-2020 Deliverable D8.4 Final Report on Sustainability and Exploitation Deliverable D8.4 Contractual Date: 31-05-2020 Actual Date: 07-07-2020 Grant Agreement No.: 732049 – Up2U Work Package: WP8 Task Item: Task 8.1. Nature of Deliverable: R (Report) Dissemination Level: PU (Public) Lead Partner: GWDG Authors: Faraz Fatemi Moghaddam (GWDG), Philipp Wieder (GWDG), Aytaj Badirova (GWDG), Erik Kikkenborg (GÉANT), Gyöngyi Horváth (GÉANT), Casper Dreef (GÉANT), Andrea Corleto (GARR), Eleonora Napolitano (GARR), Gabriella Paolini (GARR), Krzysztof Kurowski (PSNC), Raimundas Tuminauskas (PSNC), Michal Zimniewicz (PSNC), Nelson Dias (FCT|FCCN), Antonio Vieira Castro (ISEP), Mary Grammatikou (NTUA), Dimitris Pantazatos (NTUA), Barbara Tóth (KIFÜ), Csilla Gödri (KIFÜ), Gytis Cibulskis (KTU), Jack Barokas (TAU), Ingrid Barth (TAU), Eli Shmueli (IUCC), Nadav Kavalerchik (IUCC), Orit Baruth (IUCC), Domingo Docampo (UVigo), Iván Otero (UVigo), Vicente Goyanes (TELTEK), Xoan Vidal (TELTEK), Stefano Lariccia (UROMA), Marco Montanari (UROMA), Nadia Sansone (UROMA), Giovanni Toffoli (UROMA), Allan Third (OU) © GÉANT Association on behalf of the Up2U project. The innovation action leading to these results has received funding from the European Union’s Horizon 2020 research and innovation programme under Grant Agreement No. 732049 – Up2U. Table of Contents Executive Summary 1 1 Introduction 2 2 Business Models – Exploitation Activities 3 2.1 Up2U Tools for NRENs and Schools 4 2.1.1 The Centralised Model 5 2.1.2 openUp2U 5 2.1.3 The National Model 6 2.2
    [Show full text]
  • Bulletin Year 13
    Bulletin Year 13 Pure life and knowledge! Europe and Latin America RedCLARA partner TICAL's Costa Rican expand their collaboration networks have fast and edition will host two more for open science direct access to Microsoft events services n˚ 49 RedCLARA announces peering with Google April 2017 Contents Editorial - Mariano José Sánchez 5 Bontempo, Executive Director of RedCONARE Pure life and knowledge! TICAL's Costa 6 Rican edition will host two more events 11 BELLA-T opens tender for infrastructure "The mother of the Internet": Former 12 president of RedCLARA was honored by the Uruguayan television on Women's Day RedCLARA partner networks have fast and 13 direct access to Microsoft services RedCLARA announces peering with 14 Google RedCLARA: Europe and Latin America expand their Editing 15 María José López Pourailly collaboration for open science Contents A clear path for your data María José López Pourailly Using RedCUDI in the Pierre Auger Luiz Alberto Rasseli 16 Observatory Remote Control Room Translation into Portuguese located at UNAM Luiz Alberto Rasseli Translation into English We empower your research and María José López Pourailly Leonardo Rodríguez: "We hope to developments Luiz Alberto Rasseli 17 strengthen the articulation with the Graphic design scientific communities of the other María José López Pourailly national networks" 19 Agenda Press Contact: María José López Pourailly Communications and Public Relations Manager [email protected] (+56) 2 2584 86 18 # 504 Avenida del Parque 4680-A Edifico Europa, oficina 108 Ciudad Empresarial Huechuraba Santiago, CHILE Editorial TICAL will be held in Costa Rica this year! For Another event that will be held during these RedCLARA, the National Council of Rectors days is the meeting of Internet Society, called (CONARE) and RedCONARE (the Costa Rican “ION Costa Rica 2017”.
    [Show full text]
  • An Overview of Research and Education Networks And
    An overview of research and education networks and interconnectivity around the world JET Roadmap Meeting Heather Boyles Director, International Relations, Internet2 [email protected] 14 April 2004 Purpose “…..start the session by painting a global picture of the state of international connectivity, who the players/sponsors are, where the connections are and what the pipe types/sizes are. “….give your view of where you think the growth will be, what you see as the major issues and how you think the JET can help” Caveats I’m absolutely sure I’ve missed pieces of information here There are many in the room who are intimately involved in many of these projects – so please add/correct/contribute! I’ve tried to take a global view, but we all wear our particular tint of glasses….. What’s the point? JETnets supporting user communities with needs for access to or interacting with collaborators, facilities, data sources outside the US JET charter is to coordinate networking activities, operations, and plans, between multiple Federal agency networks (represented by DOD, DOE, NASA, and NSF), the NGI, and Internet2 Despite precipitous drop in international (esp. trans-oceanic) bandwidth, still expensive • at minimum – sharing plans, information • at maximum – jointly leveraging international connectivity, aggregating, sharing bandwidth internationally • NGIX – international exchange points coordination activities Some generalizations The idea of national research (and education) networks (NRNs or NRENS) has really taken off • New NRENs in Latin
    [Show full text]
  • © 2015 Internet2 Agenda
    © 2015 Internet2 Agenda • Intro to Internet2 today • Internet2 Global Programs • Global REN CEO Forum • US/Mexico Collaboraon OpportuniBes INTERNET2 TODAY [ 3 ] THEN, NOW AND BEYOND. INTERNET2 IS US. © 2015 Internet2 [ 4 ] INTERNET2 BY THE NUMBERS 100G 2 Layer 2 and Layer 3 speed 476 petabytes of traffic on Internet2 member institutions the network every day 480 9 3500 InCommon higher ed participants hours – length of time it takes institutions eligible for NET+ services to transfer entire Library of Congress 100 over Internet2 Network 93,000 countries connected community anchor institutions 15,700 miles of dark fiber capacity or 30 17,500 miles optical fiber infrastructure NET+ services available 21 8.8 Tb/s milliseconds round-trip audiovisual capacity latency via Internet2 Network 600 200 NET+ service subscriptions million dollars in savings possible across all eligible NET+ institutions © 2015 Internet2 [ 5 ] Goals • Realize the power of collabora,ve scale to create capabiliBes no single insBtuBon could produce on its own • Create advanced technology capabili,es to extend leading edge scholarship and research • Enable new generaon of applica,ons and core supporBng infrastructure and technologies • Achieve durable measure of control over the community's operang environment • Transfer technology and experience to drive innovaon and advance the global internet [ 6 ] [ 7 ] 2010 – Investigation launched by 13 member campuses 2011 – Designed NET+ to leverage InCommon 2012 – Internet2 NET+ launched with 2 services 2013 – 86 campuses involved
    [Show full text]
  • Leading the Way to Tomorrow's Internet
    Leading the Way to Tomorrow’s Internet Corporation for Education Network Initiatives in California 5757 Plaza Dr. Ste. 205 • Cypress, CA 90630 Annual Report 714 220 3400 • www.cenic.org • [email protected] 2004-2005 CENIC • 5757 Plaza Dr. Ste. 205 • Cypress, CA 90630 www.cenic.org Letter from the President Dear Friends and Colleagues: Our vision is that every educator and researcher in California has access to an advanced communications infrastructure enabling the best teach- ing, learning and research experiences in the nation. Our 2004-2005 year was a big step in achieving that vision. The year brought increased high-speed networking to all segments of education. At the research institution level, the UCSD campus was provided with a 10 Gb/s connection to the CalREN backbone. The NASA Ames Research Center and the UCR Heckman Center in Palm Desert were connected to the CalREN backbone at 1 Gb/s, and projects to bring two fiber paths to UC Merced were completed. The CalState system benefited from the initial imple- mentation of higher speed and diverse connections to the CalREN backbone with the implementation of 1 Gb circuits from the CalREN backbone to CSU Northridge, the first of 11 initial CSU campuses slated for such enhancement to their already existing connections. In addition, CSU San Bernardino’s Palm Desert campus was connected at 1 Gb/s. The majority of California Community College campuses received upgrades in their connections to CalREN from T1 speeds (1.544 Mb/s) to DS/3 (45Mb/s). 2004-2005 was a year of stability for the K-12 segment in terms of network.
    [Show full text]
  • GÉANT Global Connectivity
    GÉANT Global Connectivity June 2012 connect • communicate • collaborate GÉANT Global Connectivity: Index Slide No. Content Slide 3 Global Connectivity Map Slide 4 North America Slide 5 Latin America Slide 6 The Caribbean Slide 7 North Africa & the Middle East Slide 8 Sub-Saharan Africa Slide 9 South Caucasus & Central Asia Slide 10 Asia-Pacific Slide 11 Full list of NRENs outside Europe reached by GÉANT connect • communicate • collaborate GÉANT: At the heart of the Global R&E Village http://global.geant.net/ connect • communicate • collaborate Global Links: North America End A End B Capacity Type Connects to Amsterdam New York 3 x 10 Gbps IP CANARIE; ESnet; Internet2; NLR; SINET; TWAREN Frankfurt Washington DC 2 x 10 Gbps IP ESnet; Internet2; NISN Vienna New York 5 Gbps IP ESnet Paris New York 10 Gbps Point-to-point CANARIE; ESnet; Internet2 London New York 10 Gbps Point-to-point CANARIE; ESnet; Internet2 Amsterdam Chicago 10 Gbps Point-to-point ESnet; Internet2 connect • communicate • collaborate Global Links: Latin America End A End B Capacity Type Connects to Madrid Sao Paulo, Brazil 2.5 Gbps IP RedCLARA Latin American NRENs connected to RedCLARA are: NREN Country NREN Country INNOVA|Red Argentina RAGIE Guatemala RNP Brazil CUDI Mexico REUNA Chile RedCyT Panama RENATA Colombia RAAP Peru Red CONARE Costa Rica RAU Uruguay CEDIA Ecuador REACCIUN Venezuela RAICES El Salvador connect • communicate • collaborate Global Links: Caribbean End A End B Capacity Type Connects to Paris Santo Domingo, 155 Mbps IP C@ribNET Dominican Republic Caribbean Countries Connected to C@ribNET Anguilla Jamaica Antigua Montserrat Barbados St.
    [Show full text]
  • Devops and Software Defined Networking (Sdns) and Software Defined Exchanges (Sdxs)
    DevOps and Software Defined Networking (SDNs) and Software Defined Exchanges (SDXs) Joe Mambretti, Director, ([email protected]) International Center for Advanced Internet Research (www.icair.org) Northwestern University Director, Metropolitan Research and Education Network (www.mren.org) Director, StarLight, PI StarLight IRNC SDX,Co-PI Chameleon, PI-iGENI, PI- OMNINet (www.startap.net/starlight) MAGIC Meeting Washington DC October 3, 2018 Introduction to iCAIR: Accelerating Leading Edge Innovation and Enhanced Global Communications through Advanced Internet Technologies, in Partnership with the Global Community • Creation and Early Implementation of Advanced Networking Technologies - The Next Generation Internet All Optical Networks, Terascale Networks, Networks for Petascale and Exascale Science • Advanced Applications, Middleware, Large-Scale Infrastructure, NG Optical Networks and Testbeds, Public Policy Studies and Forums Related to Optical Fiber and Next Generation Networks • Three Major Areas of Activity: a) Basic Research b) Design and Implementation of Prototypes and Research Testbeds, c) Operations of Specialized Communication Facilities (e.g., StarLight, Specialized Science Networks/Science Research Platforms) StarLight – “By Researchers For Researchers” StarLight is an experimental optical infrastructure and proving ground for network services optimized for high-performance applications Multiple 10GE+100 Gbps StarWave Multiple 10GEs Over Optics – World’s “Largest” 10G/100G Exchange First of a Kind Enabling Interoperability
    [Show full text]
  • Internet2 Status
    Internet2 Status Strategy Discussion 2/6/2001 Tomorrow’s Internet Billions of users and devices Convergence of today’s applications with multimedia (telephony, video- conference, HDTV) Interconnect personal computers, servers, and imbedded computers New technologies enable unanticipated applications (and create new challenges) Today’s Internet Doesn’t Provide reliable end-to-end performance Encourage cooperation on new capabilities Allow testing of new technologies Support development of revolutionary applications Why Internet2? The Internet was not designed for: • Millions of users • Congestion • Multimedia • Real time interaction But, only the Internet can: • Accommodate explosive growth • Enable convergence of information work, mass media, and human collaboration Internet2 is focused on the Internet’s potential for our future What Is Internet2? A project of the university community working with our corporate colleagues and government to close the gap between the potential and reality of the Internet Why University Leadership? The Internet came from the higher research university community • Stanford -- the Internet protocols • NSFNet -- the scaled-up Internet • CERN -- The WWW protocols • University of Illinois -- The Web browser Research universities require an advanced Internet and have demonstrated they can develop it Internet Development Spiral Commercialization Privatization ANS/Core PSI MichNet Today’s Internet AOL UUNet SURANet InternetMCI NYSERNet Intelligent GigaBit ARPANet NSFNet Networks Testbeds NGI MBone Internet2 Research and Development Partnerships Internet2 Mission Develop and deploy advanced network applications and technologies, accelerating the creation of tomorrow’s Internet. Internet2 Goals Enable new generation of applications Re-create leading edge R&E network capability Transfer technology and experience to the global production Internet Organization: Membership Regular members: >180 U.S.
    [Show full text]
  • LCG-France 2018
    LCG-France point réseau [email protected] Novembre 2018 LCG-FRance CCIN2P3 Novembre 2018 LHCOPN CCIN2P3 Novembre 2018 LHCONE France Jussieu LHCONE LPNHE 10G λ dédiée APC MPLS-TE 10G partagé Orsay Paris1 LHCOPN LAL 10G λ dédiée Distributed T2) Distributed - IPNHO Backup optique GRIF LLR CEA-IRFU CPPM Lyon1 LPSC Genève IPHC Subatech Others T2 Others Clermont LPC Clermont Octobre 2015 T1 CCIN2P3 CCIN2P3 Novembre 2018 LHCONE France https://pasillo.renater.fr/weathermap/weathermap_lhcone_france.html CCIN2P3 Novembre 2018 LHCONE LHCONE L3VPN: A global infrastructure for High Energy Physics data analysis (LHC, Belle II, Pierre Auger Observatory, NOvA, XENON) PIONIER KIAE CSTNet China CANARIE Poland PSNC CERNet2 China SURFsara Canada JANET Cyfronet AGH Kraków, China Next IHEP, Beijing MOXY Nikhef U.Warsaw ICM Generation CMS ATLAS SINET+ SimFraU TRIUMF-T1 UK ESnet Montreal (Montreal) NORDUnet Internet, IC Netherlands Internet Uvic, Utor, UBC, McGill NL-T1 Nordic Exchange, KREONet2 GÉANT, NDGF-T1, KIAE/JINR Beijing MAN LAN, INR NDGF-T1b Helsinki Moscow Russia CNGI-6IX NDGF-T1c (Troitsk) RRC-KI T1 ICEPP HEPNET U Tokyo JINR T1 SINET JINR, IHEP Protvino, GridPNPI, Japan Sarov RCC-KI T2, ITEP Hirosh., Tsukuba, KEK T1 Tokyo SANET KREONet2 DFN Slovakia Korea Tokyo DESY Germany FMPh- KISTI –T1 PNU URAN Global Research Platform Network (GRPnet) KIT DE-KIT-T1 UNIBA xx CERN CANARIE Osaka Ukraine IEPSAS- to KNU, KCMS RWTH, Wupp.U, Kharkov-KIPT Kosice Tokyo PNWG, CANARIE GSI Starlight KREONet2 KREONet2, PacWave / SINET, (Chicago) ESnet, CERN, MREN, CANARIE, PNWG ESnet Internet2ASGC , GÉANT, Osaka ESnet (same VRF as GARR,CSTNet CANARIE, ANL, (Seattle) KREONet2 CESNET KRLight USA ESnet Europe) FNAL, KREONet2, GÉANT to ESnet CERN, PacificWave, GRPnet, NORDUnet, GÉANT, Czechia to via Daejeon BNL-T1 BNL-T1, FNAL-T1 ASGC, KIAE/RU, CSTNET, Seattle, CANARIE GÉANT, Caltech, Europe prague_cesnet_lcg2, CUDI (Amsterdam) SINET NORDUnet CANARIE NL-T1, U.
    [Show full text]
  • How Do YOU Use Eduroam?
    How do YOU use eduroam? IAM Online Monday, May 18, 2020 Presenters: Saira Hasnain, University of Florida Sharon Pitt, University of Delaware Jeff Egly, Utah Education and Telehealth Network Moderator: Mike Zawacki, Internet2 ● Federated authentication service for global What is wireless access for the research and education eduroam? community ● Participating institutions provide access to their wireless networks to users from other eduroam connected institutions ● Users are authenticated by their home institution How eduroam Works How Service Identity Provider Provider eduroam Wifi hotspot, Home Institution, broadcasts Provides user Works eduroam SSID credentials, authentication GEANT Global Operator eduroam US Other Other National National Operator Service InCommon Roaming Roaming .... Providers Operators Operators ANYROAM GÉANT ● National Research and Education Network (NREN) of Europe ● Similarities with Internet2 Global Operator ● Serves a membership of universities, national labs, research organizations,cultural institutions ● I2 supports Regionals; GÉANT supports other EU NRENS ● Global reach in mission ● Funded through member dues and EU Commission allocations ● CANARIE, SURFNet, and other international NRENs ● GEANT is the eduroam global operator (policy and International technical leadership) ● Currently 101 ROs across the world Roaming ● ROs are eduroam service owner in their respective countries or regions Operators ● Work with the Global eduroam Governance Committee on policy and governance matters (ROs) ■ Africa: Mohamed Aliouat, (ARN, Algeria), Kennedy Aseda (KENET, Kenya), Samuel Ouya (snRER, Senegal). ■ Asia-Pacific: Hideaki Goto (Tohoku University, Japan), Neil Witheridge (AARNet, Australia), Deokjai Choi (Chonnam National University, Korea). ■ Europe: Wenche Backman-Kamila (Funet/CSC, Finland), Paul Dekkers (SURFnet, Netherlands), Miroslav Milinović (Srce, Croatia). Global ■ Latin America: Luis Castro (CUDI, Mexico), Claudio Chacón (CEDIA, Ecuador), Jean Carlo Faustino (RNP, Brazil).
    [Show full text]