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Persymmetric detectors with enhanced rejection capabilities
by
Orlando, Danilo
, Hou, Chaohuan
, Hao, Chengpeng
, Yan, Shefeng
, Ma, Xiaochuan
in
adaptive detection
/ adaptive radar detection
/ Adaptive systems
/ Computer simulation
/ covariance matrices
/ Detectors
/ Gaussian disturbance
/ Gaussian processes
/ generalised likelihood ratio test design
/ Hermitian matrices
/ Monte Carlo methods
/ Monte Carlo simulation
/ persymmetric detectors
/ persymmetric matrix
/ persymmetric structured covariance matrix
/ point‐like targets
/ positive‐definite Hermitian matrix
/ radar detection
/ radar receivers
/ radar signal processing
/ Rao test
/ Receivers
/ Rejection
/ rejection capability enhancement
/ selective receivers
/ Sonar
/ Target detection
/ unwanted signals
2014
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Persymmetric detectors with enhanced rejection capabilities
by
Orlando, Danilo
, Hou, Chaohuan
, Hao, Chengpeng
, Yan, Shefeng
, Ma, Xiaochuan
in
adaptive detection
/ adaptive radar detection
/ Adaptive systems
/ Computer simulation
/ covariance matrices
/ Detectors
/ Gaussian disturbance
/ Gaussian processes
/ generalised likelihood ratio test design
/ Hermitian matrices
/ Monte Carlo methods
/ Monte Carlo simulation
/ persymmetric detectors
/ persymmetric matrix
/ persymmetric structured covariance matrix
/ point‐like targets
/ positive‐definite Hermitian matrix
/ radar detection
/ radar receivers
/ radar signal processing
/ Rao test
/ Receivers
/ Rejection
/ rejection capability enhancement
/ selective receivers
/ Sonar
/ Target detection
/ unwanted signals
2014
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Do you wish to request the book?
Persymmetric detectors with enhanced rejection capabilities
by
Orlando, Danilo
, Hou, Chaohuan
, Hao, Chengpeng
, Yan, Shefeng
, Ma, Xiaochuan
in
adaptive detection
/ adaptive radar detection
/ Adaptive systems
/ Computer simulation
/ covariance matrices
/ Detectors
/ Gaussian disturbance
/ Gaussian processes
/ generalised likelihood ratio test design
/ Hermitian matrices
/ Monte Carlo methods
/ Monte Carlo simulation
/ persymmetric detectors
/ persymmetric matrix
/ persymmetric structured covariance matrix
/ point‐like targets
/ positive‐definite Hermitian matrix
/ radar detection
/ radar receivers
/ radar signal processing
/ Rao test
/ Receivers
/ Rejection
/ rejection capability enhancement
/ selective receivers
/ Sonar
/ Target detection
/ unwanted signals
2014
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Persymmetric detectors with enhanced rejection capabilities
Journal Article
Persymmetric detectors with enhanced rejection capabilities
2014
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Overview
In this study, the authors deal with the problem of adaptive detection of point-like targets in Gaussian disturbance with unknown but persymmetric structured covariance matrix induced by the space and/or time symmetry of the sensing system. In this framework, they devise and assess two selective receivers exploiting the Rao test and the generalised likelihood ratio test design criteria. The performance assessment, conducted by Monte Carlo simulation, has shown that the proposed receivers can significantly outperform their unstructured counterparts and guarantee enhanced rejection performance of unwanted signals with respect to their natural competitors.
Publisher
The Institution of Engineering and Technology,The Institution of Engineering & Technology
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