AbstractModern experimental facilities generate large amounts of data that should be processed, saved to hard disk and presented to the user as fast as possible. However, in-situ data analysis requires technical resources which are often not available. The existence of accessible high-speed networks allows to forward data processing and storage to a remote supercomputer centers and datacenters. These capabilities can be realized through the development of architectural solutions for effective data transmission trough a long-distance high-speed networks, data input/output and data distribution over computers and data storage systems. In this paper, we describe the results of investigations into the development of a software platform for para...
Abstract. With the continuously growing data from scientific devices and models, data explo-ration b...
Networks are becoming an essential component of modern cyberinfrastructure and this work describes m...
Rapid advances in high performance computing are making possible more complete and accurate computer...
The scope of this project dealt with the investigation of the requirements to support distributed co...
A review of the development of parallel computing ispresented, followed by a summary of currently re...
The needs of experimental high-energy physics for large-scale computing and data handling are explai...
The various approaches to improving the speeds of computers by exploiting parallelism is briefly de...
Science laboratories and sophisticated simulations are producing data of increasing volumes and comp...
Large datasets require high processing power to compute, high-speed network connections to transmit,...
This work investigates possible methods by which existing potentially available communication bandwi...
Today many high performance computers are reachable over some network However the access and use of ...
Highly parallel computing architectures are the only means to achieve the computation rates demanded...
Rapid increase of data volume from the experiments running at the Large Hadron Collider (LHC) prompt...
The majority of contemporary high-energy physics experiments study rare phenomena, which necessitate...
In this paper, we propose an experimental environment which can be accessed by remote users, where t...
Abstract. With the continuously growing data from scientific devices and models, data explo-ration b...
Networks are becoming an essential component of modern cyberinfrastructure and this work describes m...
Rapid advances in high performance computing are making possible more complete and accurate computer...
The scope of this project dealt with the investigation of the requirements to support distributed co...
A review of the development of parallel computing ispresented, followed by a summary of currently re...
The needs of experimental high-energy physics for large-scale computing and data handling are explai...
The various approaches to improving the speeds of computers by exploiting parallelism is briefly de...
Science laboratories and sophisticated simulations are producing data of increasing volumes and comp...
Large datasets require high processing power to compute, high-speed network connections to transmit,...
This work investigates possible methods by which existing potentially available communication bandwi...
Today many high performance computers are reachable over some network However the access and use of ...
Highly parallel computing architectures are the only means to achieve the computation rates demanded...
Rapid increase of data volume from the experiments running at the Large Hadron Collider (LHC) prompt...
The majority of contemporary high-energy physics experiments study rare phenomena, which necessitate...
In this paper, we propose an experimental environment which can be accessed by remote users, where t...
Abstract. With the continuously growing data from scientific devices and models, data explo-ration b...
Networks are becoming an essential component of modern cyberinfrastructure and this work describes m...
Rapid advances in high performance computing are making possible more complete and accurate computer...