Tektronix Inc. / Cognitive Radio / Cognitive Radio Testbed A Cognitive Radio / Morales-Tirado Dr. Jeffrey H. Reed / Introduction Cognitive Radio / Software Defined Radio / Software Defined Cognitive Radio / IEEE Journal / Software Communications / AWG710B RSA3408A Cognitive Engine Component Assembly / /
Country
Sweden / /
Facility
Royal Institute of Technology / Prentice Hall / /
IndustryTerm
area networks / radio systems / software configuration / wireless equipment / wireless regional area networks / test equipment / main software components / software radio / heterogeneous systems / Wireless Communications / Wireless Broadband Services / multi-layer linear perceptron network / test equipment software components / intelligent wireless communication system / open-source software / programmable software / landline services / radio technology / greater processing needs / wireless services / applications software / carrier frequency / wireless internet service providers / tunable narrowband jamming device / final product / wireless applications / neural network / external communications context / real-time spectrum analyzer / optimization algorithms / wireless device / artificial intelligence algorithm / software radio9 / wireless communication networks / Wireless Microphone / higher processing times / compliant devices / created using Tektronix test equipment / /
MusicGroup
MHz / UHF / /
Organization
OSSIE Open Source SCA Implementation Embedded APPLICATION TX Component RX Component AWG710B RSA3408A Cognitive Engine Component Assembly / Federal Communication Commission / Virginia Tech / Institute of Technology / Spectrum Policy Task Force / /
IMPLEMENTATION OF A COGNITIVE RADIO TESTBED USING COMMERCIAL OFF-THE-SHELF TEST EQUIPMENT Lizdabel Morales-Tirado Dr. Jeffrey H. Reed, advisor Mobile Portable Radio Group, Virginia Tech, Blacksburg, VA[removed]Abstract