Analog-to-Information Converters in the wideband RF measurements

Citation Author(s):
IOAN
TUDOSA
University of Sannio, Benevento, ITALY
Submitted by:
Ioan Tudosa
Last updated:
Wed, 01/02/2019 - 14:01
DOI:
10.21227/fscm-js96
License:
Creative Commons Attribution
257 Views
Categories:
Communications
Sensors
Computational Intelligence
Signal Processing
Keywords:
Analog-to-Information Converter, Wideband RF, instruments, sampling, Analog-to-digital conversion, Digital Signal Processing
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Abstract 

Design of novel RF front-end hardware architectures and their associated measurement algorithms.
Research objectives, includes:
RO1: Novel architecture based upon Adaptive Wavelet Band-pass Sampling (AWBS) of RF Analog-to-Information Conversion (AIC).
RO2: Integration of AWBS for increasing the wideband sensing capabilities of real-time spectrum analyzers by using AICs.
RO3: Propose online calibration methods and algorithms for front-end hardware non-idealities compensation.
RO4: Design a hardware prototype aimed to perform real-time spectrum sensing with 1 GHz real-time bandwidth.

Instructions: 

Design of novel RF front-end hardware architectures and their associated measurement algorithms.
Research objectives, includes:
RO1: Novel architecture based upon Adaptive Wavelet Band-pass Sampling (AWBS) of RF Analog-to-Information Conversion (AIC).
RO2: Integration of AWBS for increasing the wideband sensing capabilities of real-time spectrum analyzers by using AICs.
RO3: Propose online calibration methods and algorithms for front-end hardware non-idealities compensation.
RO4: Design a hardware prototype aimed to perform real-time spectrum sensing with 1 GHz real-time bandwidth.

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