• Corpus ID: 2613460

High Performance Wireless Networking and Weather

@inproceedings{Otero2003HighPW,
  title={High Performance Wireless Networking and Weather},
  author={J. Otero and Pavan Yalamanchili and Hans-Werner Braun},
  year={2003}
}
High performance wireless networking is effected by a number of internal and external variables. External weather phenomena, such as rain, fog, wind, and temperature can effect the performance of network equipment, as well as node to node communication efficiency. Through the collection of Management Information Base (MIB) data and meteorological data it is possible to begin an investigation on potential correlations. Keywords— weather, wireless networks, measurement, HPWREN 

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References

SHOWING 1-6 OF 6 REFERENCES
Wireless Measurement and Analysis on HPWREN
TLDR
A brief description of the High Performance Wireless Research and Education Network (HPWREN) is given and three case studies in which measurements provided a key component in determining specific problems related to radio fre- quency filters, weather conditions, and interference are discussed.
VHF / UHF / Microwave Radio Propagation : A Primer for Digital Experimenters
This paper attempts to provide some insight into the nature of radio propagation in that part of the spectrum (upper VHF to microwave) used by experimenters for high-speed digital transmission. It
Oregon Scientific
  • Oregon Scientific
NLANR) Measurement and Network Analysis group
  • NLANR) Measurement and Network Analysis group
Request For Comments, http://www.freesoft.org/CIE/RFC/ [3] Broadband wireless WAN networking systems: Western Multiplex
  • Request For Comments, http://www.freesoft.org/CIE/RFC/ [3] Broadband wireless WAN networking systems: Western Multiplex
Weather Station Parts
  • Weather Station Parts