Personal Information
Entreprise/Lieu de travail
South Bend, Indiana Area United States
Profession
Ph.D at Department of Electrical Engineering
Secteur d’activité
Education
À propos
Research topics on radio-frequency and microwave circuits design, MIMO, and communication theory.
• Design and demonstrate multi-port matching networks for coupled antennas that approach the bandwidth upper bounds
• Established bandwidth upper bounds for coupled antennas when matched by arbitrary networks, providing universal criteria for the antennas and the multi-port broadband matching networks
• Developed systematic design methods for minimum-complexity decoupling networks for large-scale coupled antennas, reducing the complexity of the networks by a half
• Analyzed the capacity of multiple coupled antennas in MIMO communications, discovered a capacity gain of 7 dB when the...
Présentations
(6)Personal Information
Entreprise/Lieu de travail
South Bend, Indiana Area United States
Profession
Ph.D at Department of Electrical Engineering
Secteur d’activité
Education
À propos
Research topics on radio-frequency and microwave circuits design, MIMO, and communication theory.
• Design and demonstrate multi-port matching networks for coupled antennas that approach the bandwidth upper bounds
• Established bandwidth upper bounds for coupled antennas when matched by arbitrary networks, providing universal criteria for the antennas and the multi-port broadband matching networks
• Developed systematic design methods for minimum-complexity decoupling networks for large-scale coupled antennas, reducing the complexity of the networks by a half
• Analyzed the capacity of multiple coupled antennas in MIMO communications, discovered a capacity gain of 7 dB when the...