A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
VHF-LB SDR Phased Array Jamming Resistant Antenna
Genetic algorithm for optimization of beam forming in linear array antenna is used. The goal is to achieve a -30 dB null depth in pattern, with null steering capability over the frequency band. The simulation result is ¿85 dB that the SuperNEC results accepted this result by ¿56 dB Null Depth. Software Define Radio (SDR) Technology and digital I/Q modulator are used to implement the system.
VHF-LB SDR Phased Array Jamming Resistant Antenna
Genetic algorithm for optimization of beam forming in linear array antenna is used. The goal is to achieve a -30 dB null depth in pattern, with null steering capability over the frequency band. The simulation result is ¿85 dB that the SuperNEC results accepted this result by ¿56 dB Null Depth. Software Define Radio (SDR) Technology and digital I/Q modulator are used to implement the system.
VHF-LB SDR Phased Array Jamming Resistant Antenna
Jafargholi, A. (author) / Emadi, M. (author) / Esmi, N. (author) / Mousavi, M. (author) / Nayebi, M.M. (author)
2006-06-01
2993925 byte
Conference paper
Electronic Resource
English
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