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内容記述 |
The Linear IFMIF Prototype Accelerator (LIPAc), a prototype of high-current deuteron accelerators for fusion neutron source applications, requires comprehensive management of operational logs, maintenance records, spare parts inventory, source code, and troubleshooting history. Traditionally, these records were manually maintained using legacy web tools, custom scripts, Excel spreadsheets—adding entries row by row—and Word templates. As the number and complexity of records increased, this approach became increasingly cumbersome, making it difficult to search, aggregate, and analyze data consistently.To overcome these limitations, LIPAc is transitioning to more structured and purpose-specific systems, primarily web-based tools tailored to distinct operational domains. Redmine has been introduced to improve traceability and task management; OpenNMS now supports real-time network monitoring and alerting; Grafana enables unified log aggregation and visualization; GitLab pipelines streamline source code deployment and version control. For network asset documentation and IP address management, phpIPAM and Netbox have been trialed to replace manual tracking.Each tool presents unique benefits and implementation challenges. Through a comparative evaluation and trial implementations, LIPAc is refining its approach to scalable, maintainable, and efficient operational support. This presentation will share the evolution of information management practices at LIPAc, discuss the rationale behind tool selection, and highlight lessons learned in the pursuit of more efficient and scalable operational support. |
