Adaptive Antenna Array Configuration for Hybrid Diversity - MacLeod, Heather
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Antenna diversity has long been one method of increasing gains in wireless systems. Such diversity provides a means to lessen the effects of signal fading in the RF channel, resulting in a stronger, more consistent signal at the receiver. The design proposed here uses two types of antenna diversity, spatial and polarization, in combination with processing of the incoming signal, to provide a consistently better received RF signal. This design is implemented using four microstrip patch antennas, processing hardware which utilizes logarithmic amplifiers to convert RF signal strength to a linear…mehr

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Produktbeschreibung
Antenna diversity has long been one method of increasing gains in wireless systems. Such diversity provides a means to lessen the effects of signal fading in the RF channel, resulting in a stronger, more consistent signal at the receiver. The design proposed here uses two types of antenna diversity, spatial and polarization, in combination with processing of the incoming signal, to provide a consistently better received RF signal. This design is implemented using four microstrip patch antennas, processing hardware which utilizes logarithmic amplifiers to convert RF signal strength to a linear voltage, and selection software which has been designed using LabVIEW.The design is adaptive in that it periodically tests signal strength on a number of channels, and selects those which provide the best signal at that time. This work presents simulations to estimate the achievable system gains of the proposed scheme, the hardware and software design and implementation, and test results from the physical circuit.
Autorenporträt
MacLeod, Heather§Heather MacLeod, P.Eng. lives in Prince Edward Island, Canada, where she is employed as R&D Engineer at a wireless technology firm. She completed her undergraduate studies in Electrical Engineering at the Technical University of Nova Scotia and her Masters of Applied Science in Wireless Engineering at Dalhousie University in Halifax, Nova Scotia.