Add to ORKGA library of layered protocol wrappers has been developed that process Internet packets in reconfigurable hardware. These wrappers can be used with a reprogrammable network platform called the Field Programmable Port Extender (FPX) to rapidly prototype hardware circuits for processing Internet packets. We present a framework to streamline and simplify the development of networking applications that process ATM cells, AAL5 frames, Internet Protocol (IP) packets and UDP datagrams directly in hardware
Packet processing is the enabling technology of networked information systems such as the Internet ...
The rapid expansion of Internet has caused enormous increase in number of users, servers, connection...
This paper presents the architecture of an Internet Protocol Version 6 processor for FPGA-based data...
A library of layered protocol wrappers has been developed that process Internet packets in reconfigu...
A library of layered protocol wrappers has been developed that process Internet packets in reconfigu...
The ongoing increases of line speed in the Internet backbone combined with the need for increased fu...
A prototype platform has been developed that allows pro-cessing of packets at the edge of a multi-gi...
Reconfigurable hardware platforms are the key to extensible high speed networks. They provide flexib...
Considerable research has been recently directed towards building flexible and reconfigurable networ...
The increased performance and cost-efficiency of modern multi-core architectures allows for packet p...
The main objective of the thesis has been the design and implementation of a complete UDP/IP Etherne...
An instructional platform has been developed that allows rapid prototype of network packet processin...
Programmable network dataplanes can significantly improve the flexibility and functionality of compu...
Abstract—Programmable packet processors have replaced tra-ditional fixed-function custom logic in th...
Ongoing research in adaptive protocols and active networks has presumed that flexibility is offered ...
Packet processing is the enabling technology of networked information systems such as the Internet ...
The rapid expansion of Internet has caused enormous increase in number of users, servers, connection...
This paper presents the architecture of an Internet Protocol Version 6 processor for FPGA-based data...
A library of layered protocol wrappers has been developed that process Internet packets in reconfigu...
A library of layered protocol wrappers has been developed that process Internet packets in reconfigu...
The ongoing increases of line speed in the Internet backbone combined with the need for increased fu...
A prototype platform has been developed that allows pro-cessing of packets at the edge of a multi-gi...
Reconfigurable hardware platforms are the key to extensible high speed networks. They provide flexib...
Considerable research has been recently directed towards building flexible and reconfigurable networ...
The increased performance and cost-efficiency of modern multi-core architectures allows for packet p...
The main objective of the thesis has been the design and implementation of a complete UDP/IP Etherne...
An instructional platform has been developed that allows rapid prototype of network packet processin...
Programmable network dataplanes can significantly improve the flexibility and functionality of compu...
Abstract—Programmable packet processors have replaced tra-ditional fixed-function custom logic in th...
Ongoing research in adaptive protocols and active networks has presumed that flexibility is offered ...
Packet processing is the enabling technology of networked information systems such as the Internet ...
The rapid expansion of Internet has caused enormous increase in number of users, servers, connection...
This paper presents the architecture of an Internet Protocol Version 6 processor for FPGA-based data...