Add to ORKGNews Release — LOGAN, UTAH, Feb 27, 2015 — All the amazing functions of your smart phone or tablet would be useless without the tiny antennas inside that receive and transmit information. Despite their modern design and capabilities, today’s antennas aren’t nearly as smart as the devices they power. But a researcher at Utah State University’s College of Engineering is trying to change that with new research aimed at making antenna technology work smarter.https://digitalcommons.usu.edu/engineering_news/1054/thumbnail.jp
Antenna array technology enables the directional transmission and reception of wireless signals for ...
Where ‘smart’ once implied a computing ability, the term now includes an in-built material ‘memory’ ...
Utah State University’s Doug Hunsaker, a rising star in aerodynamics research, received the coveted ...
A professor of electrical engineering at Utah State University received a $750,000 grant to further ...
News Release – LOGAN, UTAH, Sept. 20, 2016 – A researcher at Utah State University is one step close...
open access articleThe growing communication and computing capabilities in the devices enlarge the c...
Our bird’s-eye view is about to get much sharper.https://digitalcommons.usu.edu/engineering_news/131...
Antenna design has evolved from bulkier to small portable designs but there is a need for smarter an...
Each year, the number of wireless devices increases, and the size of the devices’ data is increases,...
Next generation wireless communication systems are expected to support unprecedented extremely high ...
Thesis (M.Eng.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
Smart Antenna technologies will change the economics of 3G radio networks. They provide either a maj...
A Utah State University engineering professor is part of a collaborative team of researchers develop...
Researchers at Utah State University are rethinking a 30-year-old technology and giving new meaning ...
Doctor of Philosophy in Electronic Engineering. University of KwaZulu-Natal, Durban 2018.Abstract av...
Antenna array technology enables the directional transmission and reception of wireless signals for ...
Where ‘smart’ once implied a computing ability, the term now includes an in-built material ‘memory’ ...
Utah State University’s Doug Hunsaker, a rising star in aerodynamics research, received the coveted ...
A professor of electrical engineering at Utah State University received a $750,000 grant to further ...
News Release – LOGAN, UTAH, Sept. 20, 2016 – A researcher at Utah State University is one step close...
open access articleThe growing communication and computing capabilities in the devices enlarge the c...
Our bird’s-eye view is about to get much sharper.https://digitalcommons.usu.edu/engineering_news/131...
Antenna design has evolved from bulkier to small portable designs but there is a need for smarter an...
Each year, the number of wireless devices increases, and the size of the devices’ data is increases,...
Next generation wireless communication systems are expected to support unprecedented extremely high ...
Thesis (M.Eng.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
Smart Antenna technologies will change the economics of 3G radio networks. They provide either a maj...
A Utah State University engineering professor is part of a collaborative team of researchers develop...
Researchers at Utah State University are rethinking a 30-year-old technology and giving new meaning ...
Doctor of Philosophy in Electronic Engineering. University of KwaZulu-Natal, Durban 2018.Abstract av...
Antenna array technology enables the directional transmission and reception of wireless signals for ...
Where ‘smart’ once implied a computing ability, the term now includes an in-built material ‘memory’ ...
Utah State University’s Doug Hunsaker, a rising star in aerodynamics research, received the coveted ...