CONET 97 DEVELOPMENT OF THE NETWORKING, INFORMATION AND COMPUTING INFRASTRUCTURE AT JINR CONET 97, Release 5, 1997.

Slides:



Advertisements
Similar presentations
Review of Topology and Access Techniques / Switching Concepts BSAD 141 Dave Novak Sources: Network+ Guide to Networks, Dean 2013.
Advertisements

A platform of for knowledge and services sharing Fernando Ferri IRPPS-CNR.
EUFORIA FP7-INFRASTRUCTURES , Grant JRA4 Overview and plans M. Haefele, E. Sonnendrücker Euforia kick-off meeting 22 January 2008 Gothenburg.
1 GridTorrent Framework: A High-performance Data Transfer and Data Sharing Framework for Scientific Computing.
Clusters Part 1 - Definition of and motivation for clusters Lars Lundberg The slides in this presentation cover Part 1 (Chapters 1-4) in Pfister’s book.
High Performance Computing Course Notes Grid Computing.
IT security Are you protected against hackers?. Why are we in danger?  The Internet is worldwide, publicly accessible  More and more companies and institutes.
Project Overview Enhancing Information and Communication system in GEFONT - Buddhi Acharya GEFONT.
1 PUNCH PUNCH (Purdue University Network Computing Hubs) is a distributed network-computing infrastructure that allows geographically dispersed users to.
RTC I RTC IX RTC VIII RTC VII RTC VI RTC V RTC IV RTC III RTC II 30mb Savis.net OC3 SprintLink 90mb AT&T Internet OC12 NAP 75mb Nap.net 90mb Qwest OC12.
Sami S.Al-Wakeel 1 CHAPTER 1 INTRODUCTION. Sami S.Al-Wakeel 2 NETWORK Definition: A Group of interconnected nodes that exchange information and share.
11 Networks The Great Information Exchange. 2 Networking Fundamentals Computer network: Two or more computers connected together Each is a Node Benefits.
Bondyakov A.S. Institute of Physics of ANAS, Azerbaijan JINR, Dubna.
L. Taylor 2 March CMS Centres Worldwide See paper (attached to agenda) “How to create a CMS My Institute” which addresses the questions:
Ahmed Nabizadeh. A computer network, often simply referred to as a network, is a collection of hardware components and computers interconnected by communication.
Banking Clouds V International Youth Banking Forum.
Large scale data flow in local and GRID environment V.Kolosov, I.Korolko, S.Makarychev ITEP Moscow.
In The Name Of Allah Whose Blessings Are Uncountable.
©2013 Cengage Learning. All Rights Reserved. Business Management, 13e Technology and Information Management Electronic Technology Fundamentals.
Cloud Computing Cloud Computing Class-1. Introduction to Cloud Computing In cloud computing, the word cloud (also phrased as "the cloud") is used as a.
Networks Am I hooked up?. What is a network? A network is a group of 2 or more computers that are linked together either by wires or by a wireless means.
Virtual Organization Approach for Running HEP Applications in Grid Environment Łukasz Skitał 1, Łukasz Dutka 1, Renata Słota 2, Krzysztof Korcyl 3, Maciej.
1 A Basic R&D for an Analysis Framework Distributed on Wide Area Network Hiroshi Sakamoto International Center for Elementary Particle Physics (ICEPP),
IT in Business Enterprise and Personal Communications Networks Lecture – 07.
Parliamentary Committees in Democracies: Unit 4 Research Services for Parliamentary Committees.
The generation, storage, and movement of information are central to managing an enterprise’s business processes As a result, businesses must ensure.
ROUND TABLE Developing Country Access to On-line Scientific Publishing: Sustainable Alternative 4-5 October 2002 The Abdus Salam ICTP Trieste -Italy Problems.
Business Data Communications, Stallings 1 Chapter 1: Introduction William Stallings Business Data Communications 6 th Edition.
CMS Report – GridPP Collaboration Meeting VI Peter Hobson, Brunel University30/1/2003 CMS Status and Plans Progress towards GridPP milestones Workload.
Marcin Okoń Pozna ń Supercomputing and Networking Center, Supercomputing Department e-Science 2006, Amsterdam, Dec Virtual Laboratory as a Remote.
1 Application of multiprocessor and GRID technology in medical image processing IKTA /2002.
1 CS 456 Software Engineering. 2 Contents 3 Chapter 1: Introduction.
High Performance Computing Center at JINR 1997 LCTA “Status Report” Release 1, 1997.
Networking Basics Lesson 1 Introduction to Networks.
Local Area Network By Bhupendra Ratha, Lecturer
Standard FTP and GridFTP protocols for international data transfer in Pamela Satellite Space Experiment R. Esposito 1, P. Mastroserio 1, F. Taurino 1,2,
Kurochkin I.I., Prun A.I. Institute for systems analysis of RAS Centre for grid-technologies and distributed computing GRID-2012, Dubna, Russia july.
Postacademic Interuniversity Course in Information Technology – Module C1p1 Contents The 19th century telecommunications –Telegraph - Telephone –Digital.
Data Communications and Networking CSCS 311 Lecture 2 Amjad Hussain Zahid.
+ discussion in Software WG: Monte Carlo production on the Grid + discussion in TDAQ WG: Dedicated server for online services + experts meeting (Thusday.
Copyright © 2000 OPNET Technologies, Inc. Title – 1 Distributed Trigger System for the LHC experiments Krzysztof Korcyl ATLAS experiment laboratory H.
How computer’s are linked together.
Chapter 4 Realtime Widely Distributed Instrumention System.
Finnish DataGrid meeting, CSC, Otaniemi, V. Karimäki (HIP) DataGrid meeting, CSC V. Karimäki (HIP) V. Karimäki (HIP) Otaniemi, 28 August, 2000.
What does LAN stand for? Local Area Network. A LAN supplies networking capability to a group of computers close to each other. A LAN is useful for sharing.
2-3 April 2001HEPSYSMAN Oxford Particle Physics Site Report Pete Gronbech Systems Manager.
PARALLEL COMPUTING overview What is Parallel Computing? Traditionally, software has been written for serial computation: To be run on a single computer.
From Under Sea to Outer Space The video is part of NASA’s Liftoff to Learning. See the Featured Links for a link to NASA’s resources.
Ian Bird LHC Computing Grid Project Leader LHC Grid Fest 3 rd October 2008 A worldwide collaboration.
Digital Divide in Russia Alexey Soldatov, RRC “Kurchatov Institute”
Municipal Broadband Networks and their role in upgrading education broadband services Christos Bouras Research Academic Computer Technology Institute Broadband.
Les Les Robertson LCG Project Leader High Energy Physics using a worldwide computing grid Torino December 2005.
Lucas Taylor LHC Grid Fest CERN 3 rd Oct Collaborating at a distance 1 Collaborating at a Distance Lucas Taylor ▪ LHC Grid Fest ▪ 3 Oct 2008 ▪ CERN.
EDUCATIONAL TECHNOLOGY IN THE ASIA PACIFIC REGION
1 Recommendations Now that 40 GbE has been adopted as part of the 802.3ba Task Force, there is a need to consider inter-switch links applications at 40.
1 Report of PAC for Particle Physics T. Hallman Presented by P. Spillantini JINR Scientific Council Meeting June 3-4, 2004 Dubna, Russia.
By Jack Stewart. Cloud computing, or something being in the cloud, is a colloquial expression used to describe a variety of different types of computing.
The Future of the Internet So many possibilities...
Introduction Computer networks: – definition – computer networks from the perspectives of users and designers – Evaluation criteria – Some concepts: –
Matthew Baillie, Luke Day THE INTERNET. HISTORY OF THE INTERNET J.C.R. Licklider authored a series of memos concerning theoretical network structures.
Computer skills level one. Grades Distribution: 5% first Quiz 20% first MidTerm Exame. 5% Second Quiz 20% second MidTerm Exame. 10% (Project || participation.
Elements of an ICT networks COMMUNICATION DEVICES: 1.Network interface card 2.Hub 3.Switch 4.Router STANDARDS AND PROCEDURES: 1.Enable devices to communicate.
Activities and Perspectives at Armenian Grid site The 6th International Conference "Distributed Computing and Grid- technologies in Science and Education"
the project of the voluntary distributed computing ver.4.06 Ilya Kurochkin Institute for information transmission problem Russian academy of.
Clouds of JINR, University of Sofia and INRNE Join Together
Chapter 16: Distributed System Structures
Computer Networks Lesson 1.
Comparison of LAN, MAN, WAN
Communications & Computer Networks Resource Notes - Introduction
Computer Networks Lesson 1.
Presentation transcript:

CONET 97 DEVELOPMENT OF THE NETWORKING, INFORMATION AND COMPUTING INFRASTRUCTURE AT JINR CONET 97, Release 5, 1997

The purpose of the Project is to create a unified networking, information and computing environment for JINR, its international collaborants and member-state institutes on the base of the development of the networking, information and computing infrastructure at JINR in accordance with the needs of the research programs, up-to-date requirements on the individual working conditions for the scientists as well as free access to the world information and computing resources The purpose of the Project is to create a unified networking, information and computing environment for JINR, its international collaborants and member-state institutes on the base of the development of the networking, information and computing infrastructure at JINR in accordance with the needs of the research programs, up-to-date requirements on the individual working conditions for the scientists as well as free access to the world information and computing resources.

*L*L*L*Local Area Network *E*E*E*External Communications *C*C*C*Central Servers *S*S*S*Software Support *I*I*I*Information Support

155 Mb/s Mb/s 155 Mb/s 1212 ATM Switch 1 2

RBNET EURONET INTERNET HEPNET MOSCOW Cisco-router JINR LAN 128 Kb

RBNET EURONET INTERNET HEPNET MOSCOW Cisco-router JINR LAN 2 Mb

Main Tendencies in Network and Computing Development Computer Communications –WWW, , teleconferences Scientific Information –distributed information, data bases Computing –data handling Software –object oriented paradigma, CASE Information Technologies –PC as a main tool

INTERNET2 Second generation of the Internet “so that our leading universities and national laboratories can communicate in speeds 1,000 times faster than today”

DATA HANDLING and STORAGE

Tasks and Problems to be Solved at JINR Next Generation Experiments (internal and external): Data Acquisition Data Handling Data Storaging Computing JINR as an Information Centre for Nuclear Physics in Russia Scientific Library Publications Data Bases

Tasks and Problems to be Solved at JINR International Collaboration Telecommunication Information Remote Access

To expect that JINR scientists will work exclusively at those institutes running the necessary computing technique - means the setting of JINR

In any case the exclusive use of the computing techniques of other institutes for research underway at JINR requires a sufficient increase of the throughput and reliability of the communication channels and means a unimaginable total dependence of JINR on providers and collaborating institutes

The participation in international collaborations on equal rights and duties requires a definite level of communication channels computing technique information resources at least on a mean international level

CHEP’97 has shown that the discussion on two data-handling models for future experiments - centralized data-handling and distributed data-handling led to the second model, nevertheless a lot of open questions still remaining. This is an additional argument in favour of the constant development of the JINR computing and network infrastructure.

JINR - a potential regional centre for data-handling on future experiments in East-Europe

To remain a serious partner within the international collaboration, it is necessary not to stand on the sideline of the permanent world-wide process of informatization. The level of computing and communication techniques in the future will become one of the most significant criteria, defining the main level of a scientific institution and its attraction. Main speculations:

Recent years have shown that JINR does not have the necessary resources for an adequate development of the computing and network infrastructure at its disposal. As a consequence some of JINR Laboratories make available parts of the resources, assigned to their research projects for specific computing needs. Obviously, this is good for the front-end technique but a wrong way for solving the main informatization problem, adding extra problems in the realization of a common technical policy in this field.

Development Strategy Link to Europe/USA from 2 Mbp to 155 Mbps JINR LAN Full transfer to ATM Mass Storage From Gbytes to Petabytes Tele-videoconferences At least on room in each Laboratory PC-Farms for large experiments ATLAS, CMS, STAR etc. High-performance Computing (nonbudgetary sources) OO, CASE-tools Standard-Software