Steinbuch Centre for Computing (SCC) The Information Technology Centre of KIT SCIENTIFIC COMPUTING, HPC AND GRIDS KIT the cooperation of Forschungszentrum Karlsruhe GmbH and Universität Karlsruhe (TH)
Steinbuch Centre for Computing The Information Technology Centre of KIT With the creation of the Karlsruhe Institute of Technology (KIT) also the Steinbuch Centre for Computing (SCC) has been launched. This new scientific institution results from the merger of the Computing Centre of the Universität Karlsruhe (TH) and the Institute for Scientific Computing of the Forschungszentrum Karlsruhe. Both partners have ranked for decades among the most powerful scientific computing centres in Germany. Already since 1996 they have cooperated in the Virtual Computing Centre whose resources the scientists of both institutions can use. The activities of the SCC comprise the classical and specific tasks of a modern IT service centre in science as well as own research and developments aiming particularly at a permanent and innovative optimisation of the IT services.
Special Competences Provisioning and development of secure, reliable, ubiquitously available, process-integrated, customer-oriented services Promotion of research, teaching, study, further education and administration (about 8,000 employees, 20,000 students) by excellent IT services as well as competent support of research, development and innovation projects involvement in teaching and support of study as well as education and further education furtherance of the own staff members Major centre for modelling, simulation and optimisation
High Performance and Grid Computing parallel and distributed alogrithms and data structure numerics and optimisation computer systems and architecture simulation and performance evaluation parallel and distributed systems grid computing and virtualisation networking and communication systems IT and service management data management pre- and post-processing tools and programming S t e i n b u c h C e n t r e f o r C o m p u t i n g interdisciplinary projects with service and support for other research areas
Leading Centre in High Performance and Grid Computing Operation of the State s High Performance Computer Both institutions can look back on a long tradition in operation and use of high performance computers. The SCC operates powerful supercomputers, amongst others the High Performance Computer HP XC4000 of the State of Baden-Württemberg with 3,000 processors and a peak performance of 15.6 TFLOP/s. Within the Baden-Württemberg High Performance Computing Competence Centre (hkz-bw) the system is available to academic and industrial users from all over Germany. They benefit especially from the machine s very high stability as well as the internationally accepted system and application know-how of the SCC. Tier-1 Grid Computing Centre For several years the SCC-partners have also been attending to the innovative topic Grid Computing. It permits the use of spaciously distributed computer resources and thus the solution of entirely new problem classes. The Grid Computing Centre Karlsruhe (GridKa) is one of the worldwide tier-1 grid computing centres for high energy physics applications. Furthermore SCC supports the national D-Grid community with large scale compute and data services. SCC develops system software for grid computing as well as numerical methods for computer-aided simulation and solution of engineering problems.
Research and Development The main focus of research and development at SCC lies on HPC & Simulation and Scientific Computing. Other fields are IT management, web engineering, service-oriented architectures as well as distributed systems, network services, IT security and virtualisation. Furthermore the SCC is involved in numerous research projects inside and outside KIT.
Involvement inside KIT HPC Solution Centre Energy energy science and companies succession of hkz-bw (Baden-Württemberg High Performance Computing Competence Centre) H 2 CI (High Performance Reconfigurable Computing Initiative) exploiting multi-core and coprocessor technology electrical and information engineering, computer science, mathematics IWRMM (Institute for Scientific Computing and Mathematical Modelling) interdisciplinary LESC (Lifecycle Engineering Solution Centre) visualisation and virtual reality mechanical engineering, automobile technology Simulation labs Energy and Nanostructures in Biology within the Helmholtz Alliance
SRG (Split Research Group) New Frontiers in High Performance Computing exploiting Multi-core and Coprocessor Technology HPTC 3 (SCC/KIT + HP + Intel) TecO (Telecooperation Office) Split professorship Pervasive Computing Systems SAP, telematics, SCC Institute of Telematics Mobile Grid Young Investigator Group Graduate School Photonic Crystals Graduate School Information Management and Market Engineering Graduate School Sensor Actuator Systems
Involvement outside KIT Large Hadron Collider Computing Grid (LCG) D-Grid integration project (DGI), participation in D-Grid2 project D-MON Helmholtz Alliance Programs Scientific Computing and Structure of Matter : GridKa and CampusGrid Helmholtz Alliance Physics at the TeraScale Several BMBF (Federal Ministry of Education and Research) and EU projects on grid and decentralised systems like EGEE, int.eu.grid, geclipse Several DFG (German Research Foundation) and state-funded projects on HPC and decentralised systems as well as projects with BSI (Federal Office for Information Security) Baden-Württemberg High Performance Computing Competence Centre (hkz-bw), operation of the High Performance Computer of the State of Baden-Württemberg at SCC HPC Solution Centre Energy (together with energy companies, basic funding by state and industry) Simulation Labs Energy and Nanostructures in Biology (applied for within the Helmholtz Alliance) High Performance Technical Computing Compe- tence Centre (HPTC 3 ), with HP and Intel
Contact Karlsruhe Institute of Technology (KIT) Steinbuch Centre for Computing (SCC) D-76128 Karlsruhe Phone: +49 721 608-3754 or +49 7247 82-5601 E-Mail: scc@kit.edu SCC S t e i n b u c h C e n t r e f o r C o m p u t i n g October 2007 www.kit.edu