Abstract-- This paper presents the Dynamic Hardware Plugins (DHP) architecture for implementing multiple networking applications in hardware at programmable routers. By enabling multiple applications to be dynamically loaded into a single hardware device, the DHP architecture provides a scalable mechanism for implementing high-performance programmable routers. The DHP architecture is presented within the context of a programmable router architecture which processes flows in both software and hardware. Possible implementations are described as well as the prototype testbed at Washington University in Saint Louis 1
The ongoing increases of line speed in the Internet backbone combined with the need for increased fu...
Adaptive Hardware Systems can rely on software or hardware adaptation. Software adaptation can be gl...
Multi-core CPUs, along with recent advances in memory and buses, render commodity hardware a strong ...
Considerable research has been recently directed towards building flexible and reconfigurable networ...
This dissertation presents our investigation on how to efficiently exploit reconfigurable hardware t...
Dynamically reconfigurable architectures have demonstrated superior performance in comparison to the...
We argue that currently developed software frameworks for active and programmable networking do not ...
Existing message-passing parallel computers employ routers designed for a specific interconnection n...
New protocols for the data link and network layer are being proposed to address limitations of curre...
Abstract — The growth in ubiquity, performance, and commer-cial and academic use of computer network...
A prototype platform has been developed that allows pro-cessing of packets at the edge of a multi-gi...
Nowadays when we want to do a design, we need to software-hardware partition first. It is because th...
The flexibility to adapt to new services and protocols without changes in the underlying hardware is...
Present day routers typically employ monolithic operating systems which are not easily upgraded and ...
Existing message-passing parallel computers employ routers designed for a specific interconnection n...
The ongoing increases of line speed in the Internet backbone combined with the need for increased fu...
Adaptive Hardware Systems can rely on software or hardware adaptation. Software adaptation can be gl...
Multi-core CPUs, along with recent advances in memory and buses, render commodity hardware a strong ...
Considerable research has been recently directed towards building flexible and reconfigurable networ...
This dissertation presents our investigation on how to efficiently exploit reconfigurable hardware t...
Dynamically reconfigurable architectures have demonstrated superior performance in comparison to the...
We argue that currently developed software frameworks for active and programmable networking do not ...
Existing message-passing parallel computers employ routers designed for a specific interconnection n...
New protocols for the data link and network layer are being proposed to address limitations of curre...
Abstract — The growth in ubiquity, performance, and commer-cial and academic use of computer network...
A prototype platform has been developed that allows pro-cessing of packets at the edge of a multi-gi...
Nowadays when we want to do a design, we need to software-hardware partition first. It is because th...
The flexibility to adapt to new services and protocols without changes in the underlying hardware is...
Present day routers typically employ monolithic operating systems which are not easily upgraded and ...
Existing message-passing parallel computers employ routers designed for a specific interconnection n...
The ongoing increases of line speed in the Internet backbone combined with the need for increased fu...
Adaptive Hardware Systems can rely on software or hardware adaptation. Software adaptation can be gl...
Multi-core CPUs, along with recent advances in memory and buses, render commodity hardware a strong ...