Add to ORKGThis brief paper outlines our strategies for providing a hardware and software solution to interfacing hosts to high-performance networks. Our prototype implementation connects an IBM RS/6000 to a SONET-based ATM network carrying data at the OC-3c rate of 155Mbps. We have measured application-to-network data rates of up to 130 Mbps. Comment
iAbstract Much of a computer’s communication performance is determined by how well it inter-acts wit...
We have implemented a low-cost, flexible, and easy-to-use Link Delay Simulator (LDS) for OC-3 (155 M...
The performance of parallel and distributed applications running on network of workstation resources...
This brief paper outlines our strategies for providing a hardware and software solution to interfaci...
We have previously reported a design for a host interface board intended to connect workstations to ...
Concurrent increases in network bandwidths and processor speeds have created a performance bottlenec...
Concurrent increases in network bandwidths and processor speeds have created a performance bottlenec...
The advent of high speed networks has increased demands on processor architectures. These architectu...
A Host Interface Architecture and Implementation for ATM Networks The advent of high speed networks ...
The last few years have seen network data rates skyrocket from a few Mbps to a Gbps or more. However...
A major goal of the host interface architecture which has been developed at UPenn is to be sufficien...
Operating Systems Support for End-to-End Gbps Networking This paper argues that workstation host int...
This paper argues that workstation host interfaces and operating systems are a crucial element in ac...
Asynchronous Transfer Mode (ATM) technology is currently receiving extensive attention in the comput...
Current advances in processor technology, networking technology, and software tools have made high-p...
iAbstract Much of a computer’s communication performance is determined by how well it inter-acts wit...
We have implemented a low-cost, flexible, and easy-to-use Link Delay Simulator (LDS) for OC-3 (155 M...
The performance of parallel and distributed applications running on network of workstation resources...
This brief paper outlines our strategies for providing a hardware and software solution to interfaci...
We have previously reported a design for a host interface board intended to connect workstations to ...
Concurrent increases in network bandwidths and processor speeds have created a performance bottlenec...
Concurrent increases in network bandwidths and processor speeds have created a performance bottlenec...
The advent of high speed networks has increased demands on processor architectures. These architectu...
A Host Interface Architecture and Implementation for ATM Networks The advent of high speed networks ...
The last few years have seen network data rates skyrocket from a few Mbps to a Gbps or more. However...
A major goal of the host interface architecture which has been developed at UPenn is to be sufficien...
Operating Systems Support for End-to-End Gbps Networking This paper argues that workstation host int...
This paper argues that workstation host interfaces and operating systems are a crucial element in ac...
Asynchronous Transfer Mode (ATM) technology is currently receiving extensive attention in the comput...
Current advances in processor technology, networking technology, and software tools have made high-p...
iAbstract Much of a computer’s communication performance is determined by how well it inter-acts wit...
We have implemented a low-cost, flexible, and easy-to-use Link Delay Simulator (LDS) for OC-3 (155 M...
The performance of parallel and distributed applications running on network of workstation resources...