Emerging multimedia applications and future satellite systems will require high-speed switching networks to accommodate high data-rate traffic among thousands of potential users. This will require advanced switching devices to enable communication between satellites. The NASA Lewis Research Center has been working closely with industry to develop a state-of-the-art fast packet switch (FPS) to fulfill this requirement. Recently, the Satellite Industry Task Force identified the need for high-capacity onboard processing switching components as one of the "grand challenges" for the satellite industry in the 21st century. In response to this challenge, future generations of onboard processing satellites will require low power and low mass compon...
The impact of asynchronous transfer mode (ATM) traffic on the advanced satellite broadband integrate...
Space missions have seen the increasing use of more advanced and capable devices, producing unpreced...
In this paper, the potential of Photonic Integrated Circuits for very high throughput satellites is ...
A major goal of the Digital Systems Technology Branch at the NASA Lewis Research Center is to identi...
This study has investigated alternatives for realizing a packet-based network switch for deployment ...
Alternatives for realizing a packet-based network switch for use on a frequency division multiple ac...
The broadband integrate services digital network (B-ISDN) is an emerging telecommunications technolo...
Emphasis is on a destination directed packet switching architecture for a 30/20 GHz frequency divisi...
International Telemetering Conference Proceedings / October 30-November 02, 1995 / Riviera Hotel, La...
Work performed at COMSAT Laboratories to develop a prototype on-board baseband switch is summarized....
For the next-generation packet switched communications satellite system with onboard processing and ...
A destination-directed packet switching architecture for a 30/20-GHz frequency division multiple acc...
Information systems in the next century will transfer data at rates that are much greater than those...
Personal mobile voice and data communications have become ubiquitous in most developed areas of the...
The NASA Lewis Research Center has been developing the architecture for a multichannel communication...
The impact of asynchronous transfer mode (ATM) traffic on the advanced satellite broadband integrate...
Space missions have seen the increasing use of more advanced and capable devices, producing unpreced...
In this paper, the potential of Photonic Integrated Circuits for very high throughput satellites is ...
A major goal of the Digital Systems Technology Branch at the NASA Lewis Research Center is to identi...
This study has investigated alternatives for realizing a packet-based network switch for deployment ...
Alternatives for realizing a packet-based network switch for use on a frequency division multiple ac...
The broadband integrate services digital network (B-ISDN) is an emerging telecommunications technolo...
Emphasis is on a destination directed packet switching architecture for a 30/20 GHz frequency divisi...
International Telemetering Conference Proceedings / October 30-November 02, 1995 / Riviera Hotel, La...
Work performed at COMSAT Laboratories to develop a prototype on-board baseband switch is summarized....
For the next-generation packet switched communications satellite system with onboard processing and ...
A destination-directed packet switching architecture for a 30/20-GHz frequency division multiple acc...
Information systems in the next century will transfer data at rates that are much greater than those...
Personal mobile voice and data communications have become ubiquitous in most developed areas of the...
The NASA Lewis Research Center has been developing the architecture for a multichannel communication...
The impact of asynchronous transfer mode (ATM) traffic on the advanced satellite broadband integrate...
Space missions have seen the increasing use of more advanced and capable devices, producing unpreced...
In this paper, the potential of Photonic Integrated Circuits for very high throughput satellites is ...