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UW in the News | News | University of Wyoming

UW in the News | News | University of Wyoming
uwyo.edu - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from uwyo.edu Daily Mail and Mail on Sunday newspapers.

New York , United States , University Of Wyoming , Israel General , United Kingdom , Rock Springs , Republic Of , Mindy Meuli , John Griffin , Larry Sissy Goodwin , Mel Hamilton , Bryan Shader , Rob Godby , David Finnoff , Lauren Stanton , Fred Mclaughlin , Uw Center , University Of California , Nutrition Program , American Heritage Center , Economic Geology Research , Wildlife Research Unit , National Science Foundation , New York Times , Brigham Young University , British Ecological Society ,

UWYO's Shader Co-Author of New Mathematics Research Book

Bryan Shader co-wrote “Inverse Problems and Zero Forcing for Graphs,” a research monograph that describes and develops new mathematical techniques in this area. ....

National Sun Yat Sen University , Kao Hsiung , United States , Bryan Shader , Leslie Hogben , Jephian Lin , Uw Department Of Electrical Engineering , American Mathematical Society , National Sun Yat Sen University In Kaohsiung , Iowa State University , University Of Wyoming Department Mathematics , Zero Forcing , Electrical Engineering , University Of Wyoming , Nverse Problems And Zero Forcing For Graphs , Bryan Shader ,

bladeRF-wiphy - Nuand

bladeRF-wiphy
If you like the bladeRF-wiphy project, please consider starring it on Github!
Table Of Contents
What is the bladeRF-wiphy project?
The bladeRF-wiphy project is an open-source IEEE 802.11 compatible software defined radio VHDL modem. The modem is able to modulate and demodulate 802.11 packets (the protocol WiFi is based on), and run directly on the bladeRF 2.0 micro xA9’s FPGA.
The bladeRF-wiphy coupled with Linux mac80211 allows the bladeRF 2.0 micro xA9 to become a software defined radio 802.11 access point! 802.11 packets (PDUs) are modulated and demodulated directly on the FPGA, so only 802.11 packets are transferred between the FPGA and libbladeRF.
Packets come from the bladeRF-wiphy modem on the FPGA, enter libusb and libbladeRF to be parsed by bladeRF-linux-mac80211, and ultimately transferred over a kernel netlink socket. ....

Schmidl Cox , Gnuradio Volk , Medium Access Control , Physical Layer , Distributed Coordination Function , Short Interframe Space , Carrier Sense Multiple Access , Collision Avoidance , Training Sequences , Cyclic Prefix , Long Training Sequences , Inter Symbol Interference , Fourier Transform , Long Training Sequence , Phase Locked Loops , Coding Scheme , Least Squares , Zero Forcing , Decision Feedback , Binary Soft Decision , Soft Viterbi Algorithm , Sequence Spread Spectrum , Frame Delimited , Differential Binary Phase Shift Key , Decision Feedback Equalizer , Crest Factor ,