Jonathan Becker
2 SlideShares 3 Seguidores
Personal Information
Organização/Local de trabalho
Greater Pittsburgh Area United States
Cargo
ECE PhD Candidate
Setor
Telecom / Mobile
Site
https://sites.google.com/a/west.cmu.edu/jonathan-becker/home
Sobre
As an Electrical and Computer Engineering PhD candidate, I researched optimization of anti-jamming beamforming antenna arrays with hardware fault recovery using machine learning algorithms such as genetic algorithms and simulated annealing. The anti-jamming array that I built operated in the 2.4 GHz IEEE 802.11 b/g frequency band with results applicable to other frequencies and communication standards such as CDMA and LTE. I have published multiple conference papers on the theoretical and measured anechoic chamber results of my research. In addition, I successfully proposed my thesis topic ("Dynamic Beamforming Optimization for Anti-Jamming and Hardware Fault Recovery") in October 2013 w...
Detalhes do contato
Marcadores
research wireless computer defense commercial array interference dynamic system antenna array thesis algorithms software electronic countermeasures beamforming engineering control artificial intelligence hardware machine learning disney application radio frequency tag sensing hci rfid ieee technology
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Apresentações

(2)

Passive Displacement Sensing Using Backscatter RFID with Multiple Loads

Há 10 anos • 936 Visualizações

Dynamic Beamforming Optimization for Anti-Jamming and Hardware Fault Recovery

Há 9 anos • 3188 Visualizações
Personal Information
Organização/Local de trabalho
Greater Pittsburgh Area United States
Cargo
ECE PhD Candidate
Setor
Telecom / Mobile
Site
https://sites.google.com/a/west.cmu.edu/jonathan-becker/home
Sobre
As an Electrical and Computer Engineering PhD candidate, I researched optimization of anti-jamming beamforming antenna arrays with hardware fault recovery using machine learning algorithms such as genetic algorithms and simulated annealing. The anti-jamming array that I built operated in the 2.4 GHz IEEE 802.11 b/g frequency band with results applicable to other frequencies and communication standards such as CDMA and LTE. I have published multiple conference papers on the theoretical and measured anechoic chamber results of my research. In addition, I successfully proposed my thesis topic ("Dynamic Beamforming Optimization for Anti-Jamming and Hardware Fault Recovery") in October 2013 w...
Marcadores
research wireless computer defense commercial array interference dynamic system antenna array thesis algorithms software electronic countermeasures beamforming engineering control artificial intelligence hardware machine learning disney application radio frequency tag sensing hci rfid ieee technology
Ver mais