William A. Gardner - researchr alias

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Viewing Publication 1 - 67 from 67

2022

Fraction-of-Time Probability: Advancing Beyond the Need for Stationarity and Ergodicity AssumptionsAntonio Napolitano 0001, William A. Gardner. access, 10:34591-34612, 2022. [doi]

2018

Correction to: Statistically inferred time warping: extending the cyclostationarity paradigm from regular to irregular statistical cyclicity in scientific dataWilliam A. Gardner. ejasp, 2018:68, 2018. [doi]

Statistically inferred time warping: extending the cyclostationarity paradigm from regular to irregular statistical cyclicity in scientific dataWilliam A. Gardner. ejasp, 2018:59, 2018. [doi]

2016

Algorithms for analysis of signals with time-warped cyclostationarityAntonio Napolitano 0001, William A. Gardner. acssc 2016: 539-543 [doi]

2006

Cyclostationarity: Half a century of researchWilliam A. Gardner, Antonio Napolitano, Luigi Paura. sigpro, 86(4):639-697, 2006. [doi]

1996

Search-efficient methods of detection of cyclostationary signalsGrace K. Yeung, William A. Gardner. tsp, 44(5):1214-1223, 1996. [doi]

1995

Identification of polyperiodic nonlinear systemsWilliam A. Gardner, Luigi Paura. sigpro, 46(1):75-83, 1995. [doi]

Programmable canonical correlation analysis: a flexible framework for blind adaptive spatial filteringStephan V. Schell, William A. Gardner. tsp, 43(12):2898-2908, 1995. [doi]

1994

An algorithm for improved signal-selective time-difference estimation for cyclostationary signalsGene Fong, William A. Gardner, Stephan V. Schell. spl, 1(2):38-40, 1994. [doi]

Programmable blind adaptive spatial filteringWilliam A. Gardner, Jeffrey L. Schenck, Stephan V. Schell. icassp 1994: 53-56 [doi]

Author-s CommentWilliam A. Gardner. siamrev, 36(3):528-530, 1994. [doi]

The cumulant theory of cyclostationary time-series. I. FoundationWilliam A. Gardner, Chad M. Spooner. tsp, 42(12):3387-3408, 1994. [doi]

The cumulant theory of cyclostationary time-series. II. Development and applicationsChad M. Spooner, William A. Gardner. tsp, 42(12):3409-3429, 1994. [doi]

Robust feature detection for signal interceptionChad M. Spooner, William A. Gardner. tcom, 42(5):2165-2173, 1994. [doi]

1993

Exploitation of cyclostationarity for identifying the Volterra kernels of nonlinear systemsWilliam A. Gardner, Teri L. Archer. TIT, 39(2):535-542, 1993.

Cyclic Wiener filtering: theory and methodWilliam A. Gardner. tcom, 41(1):151-163, 1993. [doi]

One-Bit Spectral-Correlation AlgorithmsWilliam A. Gardner, R. S. Roberts. tsp, 41(1):423-426, 1993. [doi]

Detection and source location of weak cyclostationary signals: simplifications of the maximum-likelihood receiverWilliam A. Gardner, Chad M. Spooner. tcom, 41(6):905-916, 1993. [doi]

Blind adaptive spatiotemporal filtering for wide-band cyclostationary signalsStephan V. Schell, William A. Gardner. tsp, 41(5):1961-1964, 1993. [doi]

Maximum likelihood and common factor analysis-based blind adaptive spatial filtering for cyclostationary signalsStephan V. Schell, William A. Gardner. icassp 1993: 292-295 [doi]

18 High-resolution direction findingStephan V. Schell, William A. Gardner. In Nirmal K. Bose, Calyampudy Radhakrishna Rao, editors, Signal Processing and its Applications. Volume 10 of Handbook of Statistics, pages 755-817, North-Holland, 1993. [doi]

1992

Signal-selective time-difference of arrival estimation for passive location of man-made signal sources in highly corruptive environments. II. Algorithms and performanceChih-Kang Chen, William A. Gardner. tsp, 40(5):1185-1197, 1992. [doi]

Experimental comparison of fourier transformation and model-fitting methods of spectral analysisWilliam A. Gardner. imst, 4(2):109-121, 1992. [doi]

Signal-selective time-difference-of-arrival estimation for passive location of man-made signal sources in highly corruptive environments. I. Theory and methodWilliam A. Gardner, Chih-Kang Chen. tsp, 40(5):1168-1184, 1992. [doi]

A unifying view of coherence in signal processingWilliam A. Gardner. sigpro, 29(2):113-140, 1992. [doi]

Comparison of autocorrelation and cross-correlation methods for signal-selective TDOA estimationWilliam A. Gardner, Chad M. Spooner. tsp, 40(10):2606-2608, 1992. [doi]

Signal interception: performance advantages of cyclic-feature detectorsWilliam A. Gardner, Chad M. Spooner. tcom, 40(1):149-159, 1992. [doi]

The Cramér-Rao lower bound for directions of arrival of Gaussian cyclostationary signalsStephan V. Schell, William A. Gardner. TIT, 38(4):1418, 1992.

1991

On The optimal linear receiving filter for digital transmission over nonlinear channels by E. Biglieri, et al.William A. Gardner. TIT, 37(1):219, 1991.

Two alternative philosophies for estimation of the parameters of time-seriesWilliam A. Gardner. TIT, 37(1):216, 1991.

A new method of channel identificationWilliam A. Gardner. tcom, 39(6):813-817, 1991. [doi]

On the spectral coherence of nonstationary processesWilliam A. Gardner. tsp, 39(2):424-430, 1991. [doi]

Fraction-of-time probability for time-series that exhibit cyclostationarityWilliam A. Gardner, William A. Brown III. sigpro, 23(3):273-292, 1991. [doi]

Exploitation of spectral redundancy in cyclostationary signalsWilliam A. Gardner. spm, 8(2):14-36, 1991. [doi]

Degrees of cyclostationarity and their application to signal detection and estimationGoran D. Zivanovic, William A. Gardner. sigpro, 22(3):287-297, 1991. [doi]

1990

Spectral self-coherence restoral: a new approach to blind adaptive signal extraction using antenna arraysBrian G. Agee, Stephan V. Schell, William A. Gardner. pieee, 78(4):753-767, 1990. [doi]

Measures of tracking performance for the LMS algorithmMehrdad Hajivandi, William A. Gardner. tsp, 38(11):1953-1958, 1990. [doi]

Signal-selective high-resolution direction finding in multipathStephan V. Schell, William A. Gardner. icassp 1990: 2667-2670 [doi]

1989

Cyclic MUSIC algorithms for signal-selective direction estimationStephan V. Schell, Robert A. Calabretta, William A. Gardner, Brian G. Agee. icassp 1989: 2278-2281 [doi]

1988

Introduction to random processes with applications to signals and systems: Reviewer: D. W. Clarke Department of Engineering Science, University of Oxford, Parks Road, Oxford OX1 3PK, EnglandWilliam A. Gardner. automatica, 24(5):721-722, 1988. [doi]

Signal interception: a unifying theoretical framework for feature detectionWilliam A. Gardner. tcom, 36(8):897-906, 1988. [doi]

Interference-tolerant time-difference-of-arrival estimation for modulated signalsWilliam A. Gardner, Chih-Kang Chen. tsp, 36(9):1385-1395, 1988. [doi]

Simplification of MUSIC and ESPRIT by exploitation of cyclostationarityWilliam A. Gardner. pieee, 76(7):845-847, 1988. [doi]

1987

A new algorithm for adaptive arraysWilliam A. Gardner, William A. Brown III. tsp, 35(9):1314-1319, 1987. [doi]

1986

Spread-Spectrum Despreading Without the CodeCatherine A. French, William A. Gardner. tcom, 34(4):404-407, 1986. [doi]

The Role of Spectral Correlation in Design and Performance Analysis of SynchronizersWilliam A. Gardner. tcom, 34(11):1089-1095, 1986. [doi]

Measurement of spectral correlationWilliam A. Gardner. tsp, 34(5):1111-1123, 1986. [doi]

Comments on "Convergence analysis of LMS filters with uncorrelated data"William A. Gardner. tsp, 34(2):378-379, 1986. [doi]

On the spectrum of pseudo noiseWilliam A. Gardner, Chih-Kang Chen. pieee, 74(4):608-609, 1986. [doi]

1983

Cycloergodic properties of discrete- parameter nonstationary stochastic processesR. A. Boyles, William A. Gardner. TIT, 29(1):105-113, 1983.

1982

Structural characterization of locally optimum detectors in terms of locally optimum estimators and correlatorsWilliam A. Gardner. TIT, 28(6):924-932, 1982.

1981

Design of nearest prototype signal classifiersWilliam A. Gardner. TIT, 27(3):368, 1981.

1980

Two-stage adaptive noise cancellation for intermittent-signal applications (Corresp.)William A. Gardner, Brian G. Agee. TIT, 26(6):746-750, 1980. [doi]

A Unifying View of Second-Order Measures of Quality for Signal ClassificationWilliam A. Gardner. tcom, 28(6):807-816, 1980. [doi]

1979

Likelihood sensitivity and the Cramér-Rao bound (Corresp.)William A. Gardner. TIT, 25(4):491, 1979. [doi]

Anomalous behavior of receiver output SNR as a predictor of signal detection performance exemplified for quadratic receivers and incoherent fading Gaussian channels (Corresp.)William A. Gardner. TIT, 25(6):743-745, 1979. [doi]

Comments on "Envelope Detector Performance for a Partially Coherent-Fading Sinewave in Noise"William A. Gardner. tcom, 27(8):1257-1258, 1979. [doi]

1978

Stationarizable random processesWilliam A. Gardner. TIT, 24(1):8-22, 1978. [doi]

1976

An Equivalent Linear Model for Marked and Filtered Doubly Stochastic Poisson Processes with Application to MMSE Linear Estimation for Synchronous m-ary Optical Data SignalsWilliam A. Gardner. tcom, 24(8):917-921, 1976. [doi]

Structurally Constrained Receivers for Signal Detection and EstimationWilliam A. Gardner. tcom, 24(6):578-592, 1976. [doi]

1975

A series solution to smoothing, filtering, and prediction problems involving correlated signal and noise (Corresp.)William A. Gardner. TIT, 21(6):698-699, 1975. [doi]

Characterization of cyclostationary random signal processesWilliam A. Gardner, L. E. Franks. TIT, 21(1):4-14, 1975. [doi]

1974

A simple solution to smoothing, filtering, and prediction problems using series representations (Corresp.)William A. Gardner. TIT, 20(2):271-274, 1974. [doi]

1973

Comments on 'A general approach to linear mean-square estimation problems' (Corresp.) by Cambanis, SWilliam A. Gardner. TIT, 19(1):114, 1973. [doi]

Representation and estimation of cyclostationary processes (Ph.D. Thesis abstr.)William A. Gardner. TIT, 19(3):376, 1973. [doi]

The structure of least-mean-square linear estimators for synchronous M -ary signals (Corresp.)William A. Gardner. TIT, 19(2):240-243, 1973. [doi]

1972

A sampling theorem for nonstationary random processes (Corresp.)William A. Gardner. TIT, 18(6):808-809, 1972. [doi]

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