A Modular Networked System for Combined Fluidic, Electronic, and Thermal Control of a Multifunctional Reconfigurable Antenna Array
MetadataShow full item record
Recent work in the field of reconfigurable antennas has presented a variety of novel approaches to functionalizing antenna structures. In particular, fluidic & microfluidic strategies show promise as next-generation reconfiguration mechanisms to build advanced, highly-reconfigurable antenna designs capable of integration into cognitive wireless systems. In this work, a networked control system is conceptualized and implemented in a modular fashion to provide centralized control of an antenna array composed of such reconfigurable elements. A fluidic-controlled tri-band polarization & frequency reconfigurable antenna (TBPFRA) design|utilizing multiple fluid reconfiguration systems-is explored as a target design for control. An electronically polarization-reconfigurable antenna (EPRA) design is implemented and multifunctionalized with a thermoregulation system. The array control system is implemented on a seven element testbed platform with the multifunctional EPRA design. The assembled testbed system is then used to demonstrate a variety of cognitive antenna techniques, including beam steering and direction-of-arrival estimation. Finally, a novel method of raster-based infrared signaling is explored, and a proof-of-concept is demonstrated with the multifunctional array testbed.
multifunctional antenna array
direction of arrival
Brennan, Nicholas W (2014). A Modular Networked System for Combined Fluidic, Electronic, and Thermal Control of a Multifunctional Reconfigurable Antenna Array. Master's thesis, Texas A & M University. Available electronically from
Showing items related by title, author, creator and subject.
Yang, Yao-Chou (Angus) (Texas A&M University, 1997)Not available
An ultra-wideband transmit/receive module using 10 to 35 GHz six-channel microstrip multiplexers and its applications to phased-array antenna transceiver systems Hong, Seung Pyo (Texas A&M University, 2006-10-30)This dissertation introduces new and simple techniques for suppression of multispurious passbands, which are inherent to the conventional microstrip parallel coupleline bandpass filters. In addition, the operation of ...
Hinton, Jimmy Herbert (Texas A&M University, 1962)Not available