In light of the announcement that IBM are retiring their developerWorks Grid zone (see this post), I’ve tried to grab a copy of all the PDFs for the articles I was involved in. There are some missing gaps because the PDFs have already disappeared (notably, the Python grid series), but everything else should be listed below:

• Application virtualization, Part 1: Level 1 — Abstracting your grid infrastructure A4 | Letter
• Application virtualization, Part 2: Level 2 — Understanding your virtualized environment A4 | Letter
• Application virtualization, Part 3: Creating your virtualized application for the grid A4 | Letter
• Bandwidth management in grids
• Develop your grid service with the IBM Grid Toolbox
• You’ve got grid — Using an e-mail-based grid service A4 | Letter
• Managing a grid, Part 1: Network and infrastructure
• Building a grid using Web services standards, Part 1: Grid application overview A4 | Letter
• Building a grid using Web services standards, Part 2: The structure and core components A4 | Letter
• Building a grid using Web services standards, Part 3: Defining and exposing resources A4 | Letter
• Building a grid using Web services standards, Part 4: Exchanging data A4 | Letter
• Building a grid using Web services standards, Part 5: Managing components and resources A4 | Letter
• Building a grid using Web services standards, Part 6: Monitoring and Execution A4 | Letter
• Developing a grid application with open source tools
• Build a grid with Perl, Part 1 A4 | Letter
• Build a grid with Perl, Part 2: Exchanging information A4 | Letter
• Build a grid with Perl, Part 3: Metadata A4 | Letter
• Build a grid with Perl, Part 4: Submission and distribution A4 | Letter
• Build a grid with Perl, Part 5: Client development A4 | Letter
• Plug into the grid with Perl and Globus A4 | Letter
• Design a scalable grid, Part 1: Network architecture A4 | Letter
• Design a scalable grid, Part 2: Operating system and application A4 | Letter
• What is the semantic grid?
• Build grid applications based on SOA
• Grid computing — moving to a standardized platform
• Comparing traditional grids with high-performance computing
• Use VMware to test your grid applications A4
• Building a grid system using WS-Resource Transfer, Part 1: Grid services and WS-RT
• Building a grid system using WS-Resource Transfer, Part 2: Information and database solution integration A4 | Letter
• Building a grid system using WS-Resource Transfer, Part 3: Using WS-RT for grid monitoring A4 | Letter
• Building a grid system using WS-Resource Transfer, Part 4: Using WS-RT for security A4 | Letter
• Building a grid system using WS-Resource Transfer, Part 5: Using WS-RT for work distribution
• Understand Web Services Distributed Management (WSDM) A4 | Letter

Let me know if anything is missing and I’ll see what I can do.