There are two complementary trends in the computer and communication fields. Increasing processor power and memory availability allow more demanding applications, such as scientific visualization and imaging. Advances in network performance and functionality have the potential for supporting programs requiring high bandwidth and predictable performance. However, the bottleneck in increasingly in the host-network interface, and thus the ability to deliver high performance communication capability to applications has not kept up with the advances in computer and network speed. We have proposed a new architecture that meets these challenges called Axon, whose novel aspects include: an integrated design of hardware, operating systems, and commu...
This is a report of the results of the initial step in a plan for the design, deployment and operati...
This work investigates possible methods by which existing potentially available communication bandwi...
PetaFLOPS computing power is the newest goal of Federal Government agencies, in the increasingly act...
There are two complementary trends in the computer and communication fields. Increasing processor po...
This paper describes the design of the Axon host-network interface architecture, and performance fac...
There are two complementary trends in the computer and communications fields. Increasing processor p...
This paper describes the Axon host-network interface architecture. The Axon project is investigating...
This paper describes the design of network virtual storage (NVS) in the Axon host communications arc...
This paper describes the application-oriented lightweight transport protocol for object transfer (AL...
This paper describes a research effort concerned with the design of the next generation of internet ...
Data centers are growing in importance since computation is moving from personal computers to the In...
We have proposed a new architecture called Axon that meets the challenges of delivering high perform...
The traditional communication protocol architectures have a number of components that present bottl...
The Advanced Communication Systems Project is concerned with new communication technologies that can...
This paper introduces the Axon, an Ethernet-compatible device for creating large-scale datacenter ne...
This is a report of the results of the initial step in a plan for the design, deployment and operati...
This work investigates possible methods by which existing potentially available communication bandwi...
PetaFLOPS computing power is the newest goal of Federal Government agencies, in the increasingly act...
There are two complementary trends in the computer and communication fields. Increasing processor po...
This paper describes the design of the Axon host-network interface architecture, and performance fac...
There are two complementary trends in the computer and communications fields. Increasing processor p...
This paper describes the Axon host-network interface architecture. The Axon project is investigating...
This paper describes the design of network virtual storage (NVS) in the Axon host communications arc...
This paper describes the application-oriented lightweight transport protocol for object transfer (AL...
This paper describes a research effort concerned with the design of the next generation of internet ...
Data centers are growing in importance since computation is moving from personal computers to the In...
We have proposed a new architecture called Axon that meets the challenges of delivering high perform...
The traditional communication protocol architectures have a number of components that present bottl...
The Advanced Communication Systems Project is concerned with new communication technologies that can...
This paper introduces the Axon, an Ethernet-compatible device for creating large-scale datacenter ne...
This is a report of the results of the initial step in a plan for the design, deployment and operati...
This work investigates possible methods by which existing potentially available communication bandwi...
PetaFLOPS computing power is the newest goal of Federal Government agencies, in the increasingly act...