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The Ultralight Applications Workgroup provides the foundation for a coherent end-to-end environment for LHC data analysis. Within the complex and resource constrained environment, this group aims to enable an easy and coherent access to the wide range of data which comprises LHC physics, from high-level physics analysis to low-level detector studies. The work within the Applications Technical Group is based on the CAIGEE* project that resulted in the Grid Analysis Environment (GAE) architecture . The GAE describes a high level architecture to support end-to-end physics analysis. The Ultralight Application Workgroup is extending the GAE to the Ultralight Analysis Environment (UAE) to make the network an integrated managed resource through end-to-end monitoring. *CAIGEE: CMS Analysis: an Interactive Grid-Enabled Environment |
May 25 :Phedex/SRM transfer between Caltech and Fermilab 17.8 TB in 48 hours.
December, 10 : Scenario that shows the full chain of analysis including data transfer and monitoring, using the MCPS services, Java based Clarens Client, and MonALISA.
December, 5 : First version of the Clarens Java Client. Java is a richer environment than HTML/Javascript, which enables us, to connect to multiple distributed services and better integration with MonALISA components on the client side. It also enables future integration with IM systems. View Demo.
November, 18 : Clarens based MCPS service with access and quota control demonstrated at SC05. A Presentation was given as the OSG booth.
November 1: First version of Clarens based JobMon available. It enables you to retrieve a handle of your job and interact with it (watch log files, kill it, restart it, etc...).
