The dCache project provides open-source software deployed internationally to satisfy ever more demanding storage requirements of various scientific communities. Its multifaceted approach provides an integrated way of supporting different use-cases with the same storage, from high throughput data ingest, through wide access and easy integration with existing systems, including event driven workflow management. With this presentation, we will show some of the recent developments that optimize data management and access to maximise the gain from stored data
Large scientific projects are increasing relying on analyses of data for their new discoveries; and ...
Low latency, high throughput data processing in distributed environments is a key requirement of tod...
Given the anticipated increase in the amount of scientific data, it is widely accepted that primaril...
The dCache project provides open-source software deployed internationally to satisfy ever more deman...
The dCache project provides open-source software deployed internationally to satisfy ever more de...
The dCache project provides open source storage software deployed internationally to satisfy ever mo...
The dCache project provides open-source software deployed internationally to satisfy ever more deman...
For over a decade, dCache.ORG has provided robust software, called dCache, that is used at more than...
For over a decade, dCache has been synonymous with large-capacity, fault-tolerant storage using comm...
For over a decade, dCache.org has delivered a robust software used at more than 80 Universities and ...
In 2007, the most challenging high energy physics experiment ever, the Large Hardon Collider(LHC), a...
For over a decade, the dCache team has provided software for handling big data for a diverse communi...
For over a decade, dCache.ORG has provided software which is used at more than 80 sites around the w...
The software package presented within this paper has proven to be capable of managing the storage an...
Over the previous years, storage providers in scientific infrastructures were facing a significant c...
Large scientific projects are increasing relying on analyses of data for their new discoveries; and ...
Low latency, high throughput data processing in distributed environments is a key requirement of tod...
Given the anticipated increase in the amount of scientific data, it is widely accepted that primaril...
The dCache project provides open-source software deployed internationally to satisfy ever more deman...
The dCache project provides open-source software deployed internationally to satisfy ever more de...
The dCache project provides open source storage software deployed internationally to satisfy ever mo...
The dCache project provides open-source software deployed internationally to satisfy ever more deman...
For over a decade, dCache.ORG has provided robust software, called dCache, that is used at more than...
For over a decade, dCache has been synonymous with large-capacity, fault-tolerant storage using comm...
For over a decade, dCache.org has delivered a robust software used at more than 80 Universities and ...
In 2007, the most challenging high energy physics experiment ever, the Large Hardon Collider(LHC), a...
For over a decade, the dCache team has provided software for handling big data for a diverse communi...
For over a decade, dCache.ORG has provided software which is used at more than 80 sites around the w...
The software package presented within this paper has proven to be capable of managing the storage an...
Over the previous years, storage providers in scientific infrastructures were facing a significant c...
Large scientific projects are increasing relying on analyses of data for their new discoveries; and ...
Low latency, high throughput data processing in distributed environments is a key requirement of tod...
Given the anticipated increase in the amount of scientific data, it is widely accepted that primaril...