Add to ORKGThis paper analyzes the scalability limitations of networking technologies based on the Virtual Interface Architecture (VIA) in supporting the runtime environment needed for an implementation of the Message Passing Interface. The authors present an overview of the important characteristics of VIA and an overview of the runtime system being developed as part of the Computational Plant (Cplant) project at Sandia National Laboratories. They discuss the characteristics of VIA that prevent implementations based on this system to meet the scalability and performance requirements of Cplant
The specialized hardware remains a key component of the mobile networks, but at the same time, the t...
Since the TCP/IP protocol is slow, the Virtual Interface Architecture (VIA) was designed to increase...
The Message Passing Interface (MPI) can be used as a portable, high-performance programming model fo...
The Virtual Interface Architecture (VIA) is an emerging standard for interconnecting commodity compu...
The Virtual Interface Architecture (VIA) standard is a low-latency protocol that was designed for us...
MP{_}Lite is a light weight message-passing library designed to deliver the maximum performance to a...
communication with high delivered bandwidth and low permessage latency, particularly for small messa...
Virtual Interface Architecture(VIA) is a light-weight protocol for protected user-level zero-copy c...
A scalable workstation is one vision of a mainstream parallel computer: a machine that combines scal...
The Virtual Interface (VI) Architecture provides protected userlevel communication with high deliver...
One of the basic principles of cluster communication is to have the smallest cost in the time consum...
The Message Passing Interface (MPI) is one of the most portable high-performance computing (HPC) pro...
Communication hardware and software have a significant impact on the performance of clusters and sup...
Parallel computing on clusters of workstations and personal computers has very high potential, since...
Message Passing Interface[2] is the de facto standard for multicomputer and cluster message passing;...
The specialized hardware remains a key component of the mobile networks, but at the same time, the t...
Since the TCP/IP protocol is slow, the Virtual Interface Architecture (VIA) was designed to increase...
The Message Passing Interface (MPI) can be used as a portable, high-performance programming model fo...
The Virtual Interface Architecture (VIA) is an emerging standard for interconnecting commodity compu...
The Virtual Interface Architecture (VIA) standard is a low-latency protocol that was designed for us...
MP{_}Lite is a light weight message-passing library designed to deliver the maximum performance to a...
communication with high delivered bandwidth and low permessage latency, particularly for small messa...
Virtual Interface Architecture(VIA) is a light-weight protocol for protected user-level zero-copy c...
A scalable workstation is one vision of a mainstream parallel computer: a machine that combines scal...
The Virtual Interface (VI) Architecture provides protected userlevel communication with high deliver...
One of the basic principles of cluster communication is to have the smallest cost in the time consum...
The Message Passing Interface (MPI) is one of the most portable high-performance computing (HPC) pro...
Communication hardware and software have a significant impact on the performance of clusters and sup...
Parallel computing on clusters of workstations and personal computers has very high potential, since...
Message Passing Interface[2] is the de facto standard for multicomputer and cluster message passing;...
The specialized hardware remains a key component of the mobile networks, but at the same time, the t...
Since the TCP/IP protocol is slow, the Virtual Interface Architecture (VIA) was designed to increase...
The Message Passing Interface (MPI) can be used as a portable, high-performance programming model fo...