Accomplishments of the DARPA SURAN Program

@article{Beyer1990AccomplishmentsOT,
  title={Accomplishments of the DARPA SURAN Program},
  author={D. A. Beyer},
  journal={IEEE Conference on Military Communications},
  year={1990},
  pages={855-862 vol.2}
}
  • D. A. Beyer
  • Published 1990
  • Computer Science
  • IEEE Conference on Military Communications
The approach and primary achievements of the Survivable, Adaptive Networks (SURAN) Program are summarized. The purpose of the program is to research and develop network technology capable of supporting communication between computers and their users on the modern battlefield. Accomplishments include a comprehensive set of adaptive, robust, and secure network algorithms, an automated laboratory testbed, and an experimental, low-cost, packet radio network that integrates and demonstrates SURAN… Expand
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References

SHOWING 1-10 OF 10 REFERENCES
The DARPA packet radio network protocols
TLDR
The algorithms are described and illustrated how the PRNET provides highly reliable network transport and datagram service, by dynamically determining optimal routes, effectively controlling congestion, and fairly allocating the channel in the face of changing link conditions, mobility, and varying traffic loads. Expand
Future directions in packet radio architectures and protocols
The technology of packet switching over multihop, multiple-access channels has evolved to the point at which its protocols can now support internetwork operation of medium-size networks whose nodesExpand
A congestion-control algorithm for receiver-directed packet-radio networks
TLDR
A distributed, closed-loop, rate-based congestion control algorithm for regulating traffic flow rates in DARPA's Survivable Adaptive Networking (SURAN) packet-radio network that achieves max-min fairness in a large class of situations and is robust to node failures. Expand
Advances in packet radio technology
TLDR
Various aspects of spread spectrum transmission in the network environment are identified and the experience with a testbed network in the San Francisco Bay area is discussed. Expand
An automated RF environment for laboratory radio networks
  • N. Gower
  • Computer Science
  • IEEE Conference on Military Communications
  • 1990
TLDR
The PRISM contains an RF switching subsystem that allows the configuration of the LPRs into various connectivities of strings, areas of full connectivity, and grids of radios in a continuum of connectivity and mobile connectivity, as well as console switching to access any single console port of the NIUs and LPRS in the system. Expand
Transmission parameter selection in an adaptive packet-radio network
TLDR
A link-layer protocol termed the transmission parameter selection algorithm (TPSA)-that provides real-time, distributed control of radio transmission parameters including power level, data rate, and forward error correction (FEC) rate is discussed. Expand
Issues in packet radio network design
There are many design choices that must be made in the development of a packet radio network. There is usually no single correct choice, and the decisions are dependent on the environment that theExpand
A distributed protocol for reducing neighborhood size in radio networks
  • N. Shacham, D. Beyer
  • Computer Science
  • IEEE International Conference on Communications, - Spanning the Universe.
  • 1988
TLDR
Simulation of the protocol has demonstrated a threshold effect for global network connectivity with respect to the average nodal degree, and the threshold has been found to be between 3 and 7 for a large variety of network configuration and protocol conditions. Expand
Spatial reuse through dynamic power and routing control in common-channel random-access packet radio networks
Topologies of common-channel packet radio networks (PRNETs) are difficult to optimize because some of the links between multiple pairs of packet radio units are not independent. Previous analysis hasExpand
The low-cost packet radio
Research on packet switched radio networks requires reconfigurable testbeds with large numbers of readily deployable radios. This motivated the development of a small, low-cost packet radio (LPR)Expand