Distributed Computing and Cloud Computing
eScience (enhanced Science) represents the vision to push forward science through the use of modern IT infrastructures and paradigms. The driving force for this particular research discipline is the evaluation of large amounts of data and the need for extensive calculations. Examples of the former include biomedical research using pictures and films, and particle physics research producing a huge amount of experimental data. Enormous computing power demands arise from parameter studies in engineering or bioinformatics. A key point of eScience is distributed computation by employing Cloud and Grid Computing. Objectives of distributed computing are the sharing of existing resources in the different places, such as computer systems, storage systems, or devices (e.g., telescopes) and their efficient utilization. ZIH is conducting research in this area for over fifteen years.
Selected Thematic Priorities
- Distributed data and knowledge management
- Monitoring of jobs and applications
- Integration of applications and workflows in distributed environments
Current Projects
- Self Service Portal for virtual services at the TU Dresden
- ScaDS Dresden/Leipzig - Competence Center for Scalable Data Services and Solutions; national competence centre for intelligent handling of large data (Big Data)
- UNICORE - Middleware for distributed computing and data
- VAVID - Comparative Analysis of Engineering Measurements and Simulation Data
- Center of Excellence „Virtualisierung und Cloud Computing“
- Chemomentum: Grid based software for complex chemistry workflows with a focus on data and knowledge management
- D-Grid Integrationsprojekt (DGI)
- DGrid Integrationsprojekt 2
- EMI: European Middleware Initiative
- ER-Flow: Building an European Research Community through Interoperable Workflows and Data
- FutureGrid: Experimentel test and development environment for Grid and Cloud systems
- GeneCloud:Secure semantic high performance cloud computing software for the Life Sciences
- HEPCG: High Energy Physics Community Grid
- MoSGrid: Molecular Simulation Grid
- UNICORE Plus - Grid infrastructure and portal to access supercomputers
- WisNetGrid: Knowledge networks in the Grid
© ZIH
Dr. Ralph Müller-Pfefferkorn
Head of Department VDR / Group leader Data Management
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