This is the final report of a one-year, Laboratory Directed Research and Development (LDRD) project at Los Alamos National Laboratory (LANL). Research into super-speed computer interfaces has been directed towards identifying networking requirements from compute-intensive applications that are crucial to DOE programs. In particular, both the DOE Energy Research High Performance Computing Research Centers (HPCRC) and the DOE Defense Programs Accelerated Strategic Computing Initiative (ASCI) have planned applications that will require large increases in network bandwidth. This project was set up to help network researchers identify those networking requirements and to plan the development of such networks. Based on studies, research, and LANL...
In the last decade network research and development led to more and more powerful computer networks....
The goal of this study is to investigate system bottlenecks for high bandwidth applications and how ...
There are two complementary trends in the computer and communications fields. Increasing processor p...
Networks based on the High Performance Parallel Interface (HIPPI) will become the norm at LANL. The ...
Networks based on the High Performance Parallel Interface (HIPPI) will become the norm at LANL. The ...
The next major performance plateau for high-speed, long-haul networks is at 10 Gbps. Data visualizat...
This paper describes a HIPPI-SONET Gateway which has been designed by members of the Computer Networ...
Los Alamos National Laboratory is designing a High-Performance Data System (HPDS) that will provide ...
The emerging High Performance Parallel Interface 6400 Mbit/s interface (HIPPI-6400), is targeted as ...
In this report, the author discusses computer networking at Argonne National Laboratory. He discusse...
In 1989, a completely new 100MByte/s technology emerged for fast data networking using non-blocking ...
PetaFLOPS computing power is the newest goal of Federal Government agencies, in the increasingly act...
This paper summarizes the rationale for the drive towards Gigabit/sec communications for individual ...
AURORA is one of five U.S. testbeds charged with exploring applications of, and technologies necessa...
Computer networks must become faster as the equipment that is being interconnected increases in powe...
In the last decade network research and development led to more and more powerful computer networks....
The goal of this study is to investigate system bottlenecks for high bandwidth applications and how ...
There are two complementary trends in the computer and communications fields. Increasing processor p...
Networks based on the High Performance Parallel Interface (HIPPI) will become the norm at LANL. The ...
Networks based on the High Performance Parallel Interface (HIPPI) will become the norm at LANL. The ...
The next major performance plateau for high-speed, long-haul networks is at 10 Gbps. Data visualizat...
This paper describes a HIPPI-SONET Gateway which has been designed by members of the Computer Networ...
Los Alamos National Laboratory is designing a High-Performance Data System (HPDS) that will provide ...
The emerging High Performance Parallel Interface 6400 Mbit/s interface (HIPPI-6400), is targeted as ...
In this report, the author discusses computer networking at Argonne National Laboratory. He discusse...
In 1989, a completely new 100MByte/s technology emerged for fast data networking using non-blocking ...
PetaFLOPS computing power is the newest goal of Federal Government agencies, in the increasingly act...
This paper summarizes the rationale for the drive towards Gigabit/sec communications for individual ...
AURORA is one of five U.S. testbeds charged with exploring applications of, and technologies necessa...
Computer networks must become faster as the equipment that is being interconnected increases in powe...
In the last decade network research and development led to more and more powerful computer networks....
The goal of this study is to investigate system bottlenecks for high bandwidth applications and how ...
There are two complementary trends in the computer and communications fields. Increasing processor p...