Add to ORKGA major goal of the host interface architecture which has been developed at UPenn is to be sufficiently flexible as to allow implementation using a range of technologies. These technologies can provide the performance necessary for operation in the emerging high bandwidth ATM networking environments. This paper examines the feasibility of reimplementing the current instantiation of the architecture which operates at 160 Mbps to allow for operation in the 600+ Mbps domain
Concurrent increases in network bandwidths and processor speeds have created a performance bottlenec...
This brief paper outlines our strategies for providing a hardware and software solution to interfaci...
This paper describes the design of the Axon host-network interface architecture, and performance fac...
A major goal of the host interface architecture which has been developed at UPenn is to be sufficien...
This brief paper outlines our strategies for providing a hardware and software solution to interfaci...
The advent of high speed networks has increased demands on processor architectures. These architectu...
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...
The last few years have seen network data rates skyrocket from a few Mbps to a Gbps or more. However...
There are two complementary trends in the computer and communications fields. Increasing processor p...
This paper argues that workstation host interfaces and operating systems are a crucial element in ac...
This paper describes a new host interface architecture for high-speed networks operating at 800 of M...
This chapter summarizes what we have learned in the past decade of research into extremely high thro...
Operating Systems Support for End-to-End Gbps Networking This paper argues that workstation host int...
A Host Interface Architecture and Implementation for ATM Networks The advent of high speed networks ...
Concurrent increases in network bandwidths and processor speeds have created a performance bottlenec...
This brief paper outlines our strategies for providing a hardware and software solution to interfaci...
This paper describes the design of the Axon host-network interface architecture, and performance fac...
A major goal of the host interface architecture which has been developed at UPenn is to be sufficien...
This brief paper outlines our strategies for providing a hardware and software solution to interfaci...
The advent of high speed networks has increased demands on processor architectures. These architectu...
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...
The last few years have seen network data rates skyrocket from a few Mbps to a Gbps or more. However...
There are two complementary trends in the computer and communications fields. Increasing processor p...
This paper argues that workstation host interfaces and operating systems are a crucial element in ac...
This paper describes a new host interface architecture for high-speed networks operating at 800 of M...
This chapter summarizes what we have learned in the past decade of research into extremely high thro...
Operating Systems Support for End-to-End Gbps Networking This paper argues that workstation host int...
A Host Interface Architecture and Implementation for ATM Networks The advent of high speed networks ...
Concurrent increases in network bandwidths and processor speeds have created a performance bottlenec...
This brief paper outlines our strategies for providing a hardware and software solution to interfaci...
This paper describes the design of the Axon host-network interface architecture, and performance fac...