Monday, 11 June: Special Workshops
I. Overview of cyberinfrastructure challenges
  1. A. Computational Intensive
  2. B. Data Intensive
  3. C. Collaboration intensive
  4. D. Review of the problems common to all three areas
II. How is the Grid intended to address these challenges?
  1. A. Resource virtualization
  2. B. Service-oriented architecture
  3. C. Community-focused security
  4. D. Reusable infrastructure
III. Case Study 1 - High-performance Data Movement for TeraGrid
  1. A. The Challenge - Project goals and relevant requirements
  2. B. Ingredients - Relevant Grid technologies
  3. 1. GridFTP
  4. 2. Reliable File Transfer (RFT) Service
  5. C. The Solution - Integration and deployment strategy
  6. D. Results - Science capabilities and lessons learned
IV. Case Study 2 - User Registration for the Earth System Grid
  1. A. The Challenge - Project goals and relevant requirements
  2. B. Ingredients - Relevant Grid technologies
  3. 1. Grid Security Infrastructure (GSI)
  4. 2. MyProxy
  5. 3. SimpleCA
  6. C. The Solution - Integration and deployment strategy
  7. D. Results - Science capabilities and lessons learned
V. Case Study 3 - Data Replication for the Laser Interferometer Gravitational Wave Observatory
  1. A. The Challenge - Project goals and relevant requirements
  2. B. Ingredients - Relevant Grid technologies
  3. 1. GridFTP
  4. 2. Replication Location Services (RLS)
  5. 3. Metadata Catalog Service (MCS)
  6. 4. PyGlobus
  7. C. The Solution - Integration and deployment strategy
  8. D. Results - Science capabilities and lessons learned
VI. Conclusions - General Lessons and Patterns
Globus Toolkit in Cyberinfrastructure