• No results found

General Information Hungary - A Case Study

N/A
N/A
Protected

Academic year: 2021

Share "General Information Hungary - A Case Study"

Copied!
19
0
0

Loading.... (view fulltext now)

Full text

(1)

Site report for KFKI RMKI

Site report for KFKI RMKI

Piroska Giese

[email protected]

http://www.rmki.kfki.hu/

14

(2)

General Information

General Information

General Information

O

Hungary

is a member state of CERN since

1992

O

A

ctivities related to CERN are coordinated by the

Hungarian CERN Committee

O

No HEP

coordinating body within

Hungary

O

T

here are

Hungarian representatives

in

ECFA

– HTASC

O Network Monitoring panel O Security panel

(3)

General (2): Activities in Particle Physics

General (2): Activities in Particle Physics

General (2): Activities in Particle Physics

O

Experimental Particle Physics

LEP: L3, Opal

– LHC: ALICE, CMS

SPS: Na49, Asacusa

Crystal Barrell, FNAL E665

O

Other Activities

– Detector Building

– Geant4 Project

– Theoretical and Phenomenological Studies

Heavy Ion, Elementary Particle Physics ...

14

(4)

General (3): Sites involved in HEP

General (3): Sites involved in HEP

General (3): Sites involved in HEP

O KFKI RMKI, Budapest

KFKI Research Institute for Particle and Nuclear Physics

O ATOMKI, Debrecen

Institute of Nuclear Physics

O MTA- ITA - LAI, Budapest

Laboratory Automation Department of the Foundation for Information Technology Sciences

O ELTE Eötvös Loránd University, Budapest O BME Technical University, Budapest

O KLTE Kossuth Lajos University, Debrecen

(5)

KFKI RMKI

KFKI RMKI

KFKI RMKI

O

The KFKI Research Institute for

Particle and Nuclear Physics

is placed

on

KFKI campus

together with

– KFKI Atomic Energy Research Institute

– Research Institute for Technical Physics and Material Sciences

– Research Institute for Solid State Physics and Optics

– Other organizations HEPiX

HEPiX ‘99 meeting at RAL‘99 meeting at RAL 14

(6)

KFKI Campus (1)

KFKI Campus (1)

KFKI Campus (1)

Satelliteshot 1:15000

(7)

KFKI Campus (2)

KFKI Campus (2)

KFKI Campus (2)

14

14--16 April16 April HEPiXHEPiX ‘99 meeting at RAL‘99 meeting at RAL

Satelliteshot 1:15000

(8)

Research Activities at RMKI

Research Activities at RMKI

Research Activities at RMKI

O

Particle and Heavy Ion Physics

O

Theoretical Physics

O

Material Sciences

O

Space Physics

O

Plasma Physics

O

Biophysics

Staff: about 200 people,

(9)

Larger Experimental

Facilities

Larger Experimental

Larger Experimental

Facilities

Facilities

O

EG-2 Van de Graaff type particle

accelerator

O

Heavy Ion cascade generator

RMKI offers measuring possibilities and

services for analytical purposes in

different field

14

(10)

Computing at RMKI

Computing at RMKI

Computing at RMKI

O

About 280 computers

– 32 WS (SGI, SUN, HP, IBM, DEC alpha)

– 250 PCs with different Operating Systems O Linux (~ 60 PC)

O Windows (Win3.11, Win95/98, WinNT)

– Desktop groups, Workgroup servers

– Individual PCs

(11)

HEP related Program systems

HEP related Program systems

HEP related Program systems

O

In CERN and at HOME

– CERNLIB – ASIS

– Geant

– Rational Rose, ObjecTime

O

Only in CERN

– Frame Maker

– NICE (only MS office) HEPiX

HEPiX ‘99 meeting at RAL‘99 meeting at RAL 14

(12)

Central Supported Services (1)

Central Supported Services (1)

Central Supported Services (1)

O

Unix/Linux based batch servers

O

Networking (

Nameserver, Mailserver

)

O

Dial Up service

O

Information Service (Web)

O

Videoconference

(Netmeeting, VRVS helpdesk) O

Administrative Database

(13)

Central Supported Services (2)

Batch Servers

Central Supported Services (2)

Central Supported Services (2)

Batch Servers

Batch Servers

O

2 SGI farms

– Indigo – Indy’s

O

Dual processor Pentium Pro PC farm

– Linux

CERNLIB, Mathematica, IDL, PAW

14
(14)

Central Supported Services (3)

Administrative Database

Central Supported Services (3)

Central Supported Services (3)

Administrative Database

Administrative Database

O

NT server based domain model with

different clients (DOS, Winx, WinNT)

O

Applications

– Finances

– Human Resources

– Inventory

(15)

Central Supported Services (4)

MAIL Service

Central Supported Services (4)

Central Supported Services (4)

MAIL Service

MAIL Service

O

Central Mail Server with

– SMTP

– IMAP

– POP3

O

Clients

– Pine, Netscape (Unix, Linux)

– PCPine, Netscape, Eudora, MS Mail (Windows)

O

Mail address at RMKI

[email protected] [email protected]

14

(16)

Central Supported Services (5)

Networking

Central Supported Services (5)

Central Supported Services (5)

Networking

Networking

O

RMKI LAN: about 280 nodes

– 32 WS (SGI, SUN, HP, IBM, DEC alpha)

– 250 PCs

O

100 Mbps optical backbone

– 35 Ethernet (10 Mbps) segments

– 100 Mbps ports > 80 (+ 14 opto ports)

(17)

External Networking

HBONE geographical topology

External Networking

External Networking

HBONE geographical topology

HBONE geographical topology

14

(18)

HBONE regional nodes

HBONE regional nodes

(19)

Campus wide Services

provided by CNC

Campus wide Services

Campus wide Services

provided by CNC

provided by CNC

O

Campus network

O

External Networking

O

Server Computers

O

Mailing list

O

Campus Library (OPAC)

O

Campus wide Information Services

O

User Support

14

References

Related documents

When the correct pass code is entered the "Children" mode screen appears.. The following

1) Sebagai suatu konsepHelp Desk merupakan fasilitator untuk proses pemecahan permasalahan operasional, melalui jaringan komunikasi dan interaksi , internal maupun

The table shows that using power utility instead of linear utility did not improve the performance of expected utility, that many differences remained significant under

With common dc-bus and load-sharing applications, the power range of dyna vector ii covers all crane applications.. Modularity has been a major target in the dyna

John (eds), Trade, govermnent avd economy in pre-industrial England. Overton, Agricultural Revolution in England.. But acceptance of hybridization as the standard

approach to deal with a long-term problem, and may prematurely lock countries into investments that would inhibit the development of the next generation of technologies that

Dr. Berkowitz Rev, Russell H, Conwell Rev, J. L, Kloss Rt. Worcester Industrial Committee John Wanamaker F, Wayland Ayer John C, Asbury Chas, Y, Audenreid Wm. Hampton Barnes Ralph

The chlorine free radical then react with stratospheric ozone to form chlorine monoxide radicals and molecular oxygen.. Reaction of chlorine monoxide radical with atomic