Each year SCinet builds a temporary network at the forefront of technological development in collaboration with research institutions, network equipment vendors and wide area network (WAN) providers, to support technical demonstrations of participating exhibitors and SCinet supporting organizations during the Supercomputing (SC) conference. For SC18, 145 exhibitor connections are provided by SCinet with up to 100 Gigabit per second each and a combined bandwidth of 5.13 Terabits per second. SCinet itself is connected to wide area networks with a record breaking 4.02 Terabits per second through six providers. Planning for this endeavor began a year before and implementation took one month, the network will be in operation for one week and t...
The latest WAN infrastructure and Grid-based Web Services will be used to demonstrate movement and a...
These slides support the oral presentations of Gordon Springer and Prasad Calyam delivered at Cyberi...
Modern massively parallel computers are built from commodity processors and memories that are used i...
SCinet is the purpose-built network that operates during the International Conference for High Perfo...
During Supercomputing 2012 (SC12), an international team of high energy physicists, computer scienti...
Wide area networks of increasing end-to-end capacity and capability are vital for every phase of hig...
The Supercomputer Supernet (SSN) is a highperformance, scalable optical interconnection network for ...
Once a year, the SC conferences present a unique opportunity to create and build one of the most com...
Computer networks must become faster as the equipment that is being interconnected increases in powe...
Predicting the performance of extreme-scale supercomputer networks | A modern supercomputer is the I...
Large-scale science computations and experiments require unprecedented network capabilities in the f...
A 100 Gbps network was established between the California Institute of Technology conference booth a...
The goal of the SCINET project is to investigate the applicability of the scalable-coherent-interfac...
The Energy Sciences Network, or ESnet, is a high-speed network serving thousands of Department of En...
This document highlights the Discom{sup 2}'s Distance computing and communication team activities at...
The latest WAN infrastructure and Grid-based Web Services will be used to demonstrate movement and a...
These slides support the oral presentations of Gordon Springer and Prasad Calyam delivered at Cyberi...
Modern massively parallel computers are built from commodity processors and memories that are used i...
SCinet is the purpose-built network that operates during the International Conference for High Perfo...
During Supercomputing 2012 (SC12), an international team of high energy physicists, computer scienti...
Wide area networks of increasing end-to-end capacity and capability are vital for every phase of hig...
The Supercomputer Supernet (SSN) is a highperformance, scalable optical interconnection network for ...
Once a year, the SC conferences present a unique opportunity to create and build one of the most com...
Computer networks must become faster as the equipment that is being interconnected increases in powe...
Predicting the performance of extreme-scale supercomputer networks | A modern supercomputer is the I...
Large-scale science computations and experiments require unprecedented network capabilities in the f...
A 100 Gbps network was established between the California Institute of Technology conference booth a...
The goal of the SCINET project is to investigate the applicability of the scalable-coherent-interfac...
The Energy Sciences Network, or ESnet, is a high-speed network serving thousands of Department of En...
This document highlights the Discom{sup 2}'s Distance computing and communication team activities at...
The latest WAN infrastructure and Grid-based Web Services will be used to demonstrate movement and a...
These slides support the oral presentations of Gordon Springer and Prasad Calyam delivered at Cyberi...
Modern massively parallel computers are built from commodity processors and memories that are used i...