Cloud Computing for Academic Networks

Transcription

1 Cloud Computing for Academic Networks Salma Jalife International Affairs CUDI (The Mexican NREN) Athens, Greece, March 20 th, 2014

2 Objectives To get involved in research, development and innovation collaborative project To foster education systems To foster health systems

3 e-infraestructure in Mexico CICESE USON Laboratorio de Cómputo Avanzado 100Mbps Sitio Potencial Centro de Investigación en Cómputo Avanzado FES-CUAUTITLAN, UNAM CNS-IPICYT COMECYT-CINVESTAV CIC-IPN CINVESTAV CGTI-UdG LANGEBIO-CINVESTAV UV-Posa Rica 5Gbps IIMAS-UNAM DGTIC-UNAM CRYA-UNAM IA-UNAM ICN-UNAM UAM-I UP-Chiapas Distrito Federal 10G Delta LANCAD

4 Logros... CLARA More than 700 latinamerican academic and research institutions. 4

5 Innovation in the network 8 Task forces Determine technical guidelines for optimal development of the network Intensive training and capacity building Quality of Service Network Engineering and Development Multicast Security IPv6 Videoconference (VNOC) Network Operation Center (NOC) 5

6 16 Thematic communities Around 8,000 researchers and academics participating in CUDI communities. Selecting projects of mutual interest Research, training, virtual learning, exchange of views, workshops, etc. Innovation, creativity, dissemination, interaction Comunity Coordinator Institution Astronomy Alfredo Santillán UNAM Aerospatial Jorge Melendez IPN Digital Libraries Teresa Rodríguez UDG Earth Sciences Bertha Márquez UDG Ecology Oscar Cárdenas UDG Education María Elena Chan UDG Advanced Computing Jesús Cruz FESC UNAM Shared Laboratories Patricia Santiago UNAM Mathematics René Luna IPN Health Alejandro Ávalos INS Engineering Noemi Mendoza TAMU Students Media Labs Armando Estañol ULSA Business/Accounting Gabriela Farias ITESM Science Education and Teaching Genaro Zavala ITESM Renewable Energies Rodolfo Pérez ITApizaco Human Computer Interaction Alfredo Sánchez UDLAP Art, Science and Culture Saúl Juárez CONACULTA 6

7 7

8 Benemérita Universidad Autónoma de Puebla has 5 operating rooms connected to RedCUDI for long distance medical education 8

9 Graphic Modeling Universidad de Colima Histology, citology, anatomy, molecular biology 9

10 Vulcanología Location and measurement of activities of 14 active volcanoes in México and 18 in Central America W N S E Océano Pacífico Location Golfo de México ,000 km Location of the CUICA station, Universidad de Colima Número Volcán País 1 Tres Vírgenes México 2 Sanganguey México 3 Ceboruco México 4 Colima México 5 Paricutín México 6 Bárcena México 7 Xitle México 8 Pico de orizaba México 9 Popocatepetl México 10 Jorullo México 11 Everman México 12 San Martin México 13 Chichon México 14 Tacana México 15 Santa Maria Guatemala 16 Santiaguito Guatemala 17 Fuego Guatemala 18 Pacaya Guatemala 19 Santa Ana El Salvador 20 Cosiguina El Salvador 21 San cristobal Nicaragua 22 Telica Nicaragua 23 Cerro Negro Nicaragua 24 Las Pilas Nicaragua 25 Momotombo Nicaragua 26 Masaya Nicaragua 27 Concepción Nicaragua 28 Rincon de la Vieja Costa Rica 29 Arenal Costa Rica 30 Poas Costa Rica 31 Turrialba Costa Rica 32 Irazu Costa Rica 10

11 Microscope for Nanotechnology projects with the Mexican Institute of Petroleum 11

12 e-infraestructure for e-science Organizing communities and ICT tools for their cooperation Advanced Computing includes: - Grid - HPC - Cloud Computing - Storage - Data Centers - etc. 12

13 New Science Gateways (being) developed and supported by CHAIN-REDS in preparation CHAIN-REDS first periodic review, Madrid, January

14 Projects related on e-infrastructure for e- Science EELA, EELA-2, GRAMA,, GISELA, ISUM, RISC, LANCAD Currently analyzing XSEDE in USA and PRACE in Europe

15 144CPU/4TB 428CPU/100TB 104CPU/8TB 64CPU/143TB ROC-LA supports Grid Services (HEP + Astroparticle communities) SCALAC promotes a network of HPC Centres in LA SINAPAD (Brazil) SNCAD (Argentina) CEDIA (Ecuador), CENAT (Costa Rica), UNAM (Mexico), SC3/GridColombia (Colombia), CeCalCULA (Venezuela) Grid Installations HPC Installations Servicio de Computo Avanzado para America Latina y el Caribe, SCALAC, is the integration of LA regional resources to provide advanced computing services.

16 Data Infrastructures in 9 countries /~ Master/PhD Thesis Videoteca ~150 hours of recorded Conf the region: LA Referencia and CUDI s Videoteca are harvested using the new OAI-PMH standard end-point and are integrated in the CHAIN- REDS Knowledge Base Big Data task force lead by UNAM Mexico profiting from CHAIN REDS guidelines for data preservation Survey to identify potential Data Sources from LA Research Institutes and Scientific Instruments (in cooperation with ELCIRA)

17 Scientific Gateways and eduroam Installations Identity Federations MoU between CHAIN-REDS and ELCIRA (Europe Latin-America Collaborative e- infrastructure for Research Activities ) Synergies with the training and deploying of IdP in LA the region CHAIN REDS has helped to start/consolidate FIdMex (Mexico). In cooperation with ELCIRA has promoted other emerging ones (Ecuador, Colombia and Peru). LA has an active participation in CHAIN-REDS/TERENA meetings. Best-practice documents and how-to material from AAI (Authentication and Authorization Infrastructure) were adapted for the LA environment. LA SG TaskForce lead by UNAM is supporting SCALAC SG with Several Apps eduroam, as a prototype federated service, promotes IdP/IdF in the region CHAIN-REDS first periodic review, Madrid, January

18 Results Around 300 institutions connected to RedCUDI 16 application communities 8 technology taskforces Robust network (starting to deploy SDN) Access to advanced computing services HPC Grid Data Infrastructures Laboratories Cloud initiatives (starting) Highly skilled human resources Regional integration of the network CLARA regional communities Continental and Cross continental collaboration

19 Opportunities to collaborate Innovation services for the network (NREN) Any combination of advanced computing services that becomes a plus service for the NREN (i.e. HPC, Future Internet PPP, Grid, Cloud, Science Gateways, Visualization, different API) Cloud Computing Test Beds Access to Cloud Computing services via a Science Gateway Software development for Cloud Computing Applications

20 Conclusions There is a great opportunity to continue collaboration with EU institutions and private sector We are interested in providing advanced connectivity and access to advanced computing tools for our membership We are interested in specific collaboration on Future Internet and Cloud computing not only from the technological point of view but also in developing applications that support thematic communities in their research and education activities and the participation of the private (particularly SMEs) and government sectors

21 Thank you! Salma Jalife CUDI