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Data Intensive Computing

Data Intensive Computing

Middleware for Data Intensive Computing (MeDICi)

Principal Investigator: Ian Gorton

Challenge

As the volume, rate and complexity of data increase, scientists and analysts must

  • Capture and integrate high-throughput sensor data
  • Fuse and analyze in real-time
  • Manage diverse data formats and locations
  • Integrate heterogeneous hardware

Approach

  • Allow scientists and analysts to visually create and modify a pipeline for processing data
  • Build on proven standard integration, workflow, and provenance technologies
  • Support multiple languages, communication protocols, hardware platforms
  • Pass large data by reference

Accomplishments

  • Performance: copy latency between components is as low as 0.1 ms
  • Graphical Component Builder
  • Publicly available on website: http://medici.pnl.gov
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MeDICI Architecture Overview

Data Intensive Computing

Research Areas

Demonstrations

Highlights

Medici Technology to be Highlighted in Special Issue of Scientific Computing

USCD Director Describes How Global Platform "OptIPuter" Opens New Frontiers

Research Projects

Projects Overview