SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS Access environment to computational services performed by cluster of SUNs Poznań Supercomputing and Networking Center Cezary Mazurek

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS  Beginning: December 2001  Duration: 18 months (R&D)  Budget: ~4,0 MEuro  Project Partners  SUN Microsystems Poland  PSNC IBCh Poznań  Cyfronet AMM, Kraków  Technical University Łódź  Co-funded by The State Committee for Scientific Research (KBN) and SUN Microsystems Poland

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PIONIER Programme Advanced (GRID-enabled) Applications Communication Application Geographical information applications EnvironmentManagement Application Distance Learning Application Internet Access Aided Learning Application Computational Science Application Advanced Network Services (Middleware) Advanced Network Infrastructure Advanced Research Specialized Infrastructure

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PIONIER Network

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS Main Paradigms  Dedicated channels in advanced networking infrastructure provided in the scope of the PIONIER program (1-10 Gb/s)  Pilot installation  Cluster of 80 processors: 3*SunFire 6800, 2*SUNFire V880  Networked Storage of 1,3 TB  Software: ORACLE, Cluster Tools, iPlanet, SUN Grid Engine  Development of novel tools supporting grid-portal architecture (Grid service broker, security, migrating desktop, service provider, data management system, portal)  Development and integration of data management and visualization modules  bioX applications for testing of tools and infrastructure  Enabling the created grid-portal environment for other advanced applications as a solution from the shelf (PIONIER program)

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS Architecture

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS Service Provider

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS Service Provider  Content Provider  Data presentation  User interaction  Service Provider  Realization of services functions  Services data storage and access Content Provider Webservice Session Bean Entity Beans SOAP SOAP/XML

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS Job Info create table js_jobs( jb_oid number(10)not null, jb_grid_oidvarchar2(100)null, jb_name varchar2(20)not null, jb_description varchar2(250)null, jb_submittervarchar2(100)not null, jb_statusnumber(2)not null, jb_created_ondatedefault sysdate not null, jb_submitted_ondatenull, jb_finished_ondatenull, jb_xml_descriptionclobnot null, constraint jb_pk primary key(jb_oid), constraint jb_fk1 foreign key(jb_status) references js_job_statuses(st_value) );

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS Data Management System Data Broker Data Storage Mirror & Proxy Data Storage Metadata Management SRS WS GASS FTP Grid FTP (...) Clients Portal Grid broker Migrating desktop

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS Data Management System  Provides seamless access to data and information for grid computing  Uses metadata repository for describing stored data  Stores data on various media such as files, tapes and databases

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS Security  Intrusion Detection and Security Management System  Reliable and dynamic information sources  Possibility to automatically react to detected attacks  Possibility to apply different analysis methods  Modular architecture

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS Grid Broker

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS Grid broker  Grid Broker in Progress:  Job submission, monitoring and controlling  Different scheduling and resource management strategies  Flexible job description language (XRSL)  Heterogeneous and service based environment

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS Communication SGE HTTP/HTTPS Portal Grid Broker CORBA Webservice FTP HTTP/HTTPS Service Provider Grid FTP Webservice

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS User Interfaces - Portal

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS User Interfaces - Desktop

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS

SUPERCOMPUTING 2002, Baltimore, , SUN „Grid Day” PROGRESS