His primary scientific interests are in Electrical engineering, Antenna, Transceiver, Electronic engineering and Extremely high frequency. Brian P. Gaucher integrates many fields in his works, including Electrical engineering and Laptop. His Antenna study integrates concerns from other disciplines, such as Frame, Signal and Electromagnetic shielding.
His Electronic engineering research is multidisciplinary, incorporating elements of Background noise and Noise figure, Noise spectral density. His studies deal with areas such as ISM band, Input impedance and Ground plane as well as Extremely high frequency. His Low-noise amplifier study deals with Phase noise intersecting with Amplifier.
Brian P. Gaucher focuses on Electrical engineering, Electronic engineering, Antenna, Laptop and Extremely high frequency. His Electrical engineering study combines topics from a wide range of disciplines, such as Integrally closed, Frame and Wireless. His Electronic engineering research integrates issues from Antenna efficiency, Omnidirectional antenna, Superheterodyne receiver, Electrical impedance and Noise figure.
His Antenna research incorporates elements of Packaging engineering, Optoelectronics, Integrated circuit and Radiator. The various areas that Brian P. Gaucher examines in his Extremely high frequency study include Radar, Electronic circuit, Insertion loss and Back end of line. While the research belongs to areas of Transceiver, Brian P. Gaucher spends his time largely on the problem of Transmitter, intersecting his research to questions surrounding Chipset and Phase-shift keying.
His primary areas of investigation include Real-time computing, Track, Management system, Tracking and World Wide Web. Brian P. Gaucher combines subjects such as Cardinal point and Electric utility with his study of Real-time computing. His Electric utility research incorporates themes from Electricity, Load balancing, Smart grid and Renewable energy.
In general World Wide Web study, his work on Web application often relates to the realm of Prioritization, Development and Design Document Listing, thereby connecting several areas of interest. His Web application study typically links adjacent topics like Information retrieval. His Information retrieval research includes themes of Word and Linkage.
Brian P. Gaucher spends much of his time researching Information retrieval, Artificial intelligence, Rendering, Rendering algorithms and Computer program. His biological study spans a wide range of topics, including Web application, World Wide Web and Linkage. The Artificial intelligence study combines topics in areas such as Natural language processing and Identification.
His Rendering research includes elements of Semantic proximity and Data mining.
S.K. Reynolds;B.A. Floyd;U.R. Pfeiffer;T. Beukema
B.A. Floyd;S.K. Reynolds;U.R. Pfeiffer;T. Zwick
Duixian Liu;Brian Gaucher;Ulrich Pfeiffer;Janusz Grzyb
Gaucher Brian Paul;Liu Duixian;Pfeiffer Ullrich Richard Rudolf;Zwick Thomas Martin
Ephraim Bemis Flint;Brian Paul Gaucher;Duixian Liu
U.R. Pfeiffer;J. Grzyb;Duixian Liu;B. Gaucher
D. Liu;E. Flint;B. Gaucher;Y. Kwark
Takeshi Asano;Shohhei Fujio;Brian Paul Gaucher;Peter Lee
T. Zwick;Duixian Liu;B.P. Gaucher
Michael Cotte John;Paul Gaucher Brian;Janusz Grzyb;Deneke Hoivik Nils
Brian Paul Gaucher;Duixian Liu;Ullrich Richard Rudolf Pfeiffer;Thomas Martin Zwick
Liu Duixian;Asano Takeshi;Fujio Shohei;Gaucher Brian Paul
Takeshi Asano;Ephraim B. Flint;Kazuo Fujii;Brian P. Gaucher
Brian P. Gaucher;Duixian Liu;Ullrich R. Pfeiffer;Thomas M. Zwick
Brian P. Gaucher;Janusz Grzyb;Duixian Liu;Ullrich R. Pfeiffer
Brian Paul Gaucher;Duixian Liu
M. Sun;Y.P. Zhang;K.M. Chua;L.L. Wai
T. Zwick;C. Baks;U.R. Pfeiffer;Duixian Liu
Troy James Beukema;Michael Frank Cina;Ephraim Bemis Flint;Brian Paul Gaucher
T. Zwick;A. Chandrasekhar;C.W. Baks;U.R. Pfeiffer
Zhi Ning Chen;Brian P. Gaucher;Duixian Liu;Ullrich R. Pfeiffer
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