Footnote:
Bibliography: S. 507 - 515. - Includes index
Description:
I) Introduction II) Signal detection and enhancement III) Signal characterization IV) Tracking V) Filtering vs parameter estimation VI) Signals in space and time VII) Coordinate systems VIII) Propagating waves IX) Dispersion and attenuation X) Refraction and diffraction XI) Wavenumber-frequency space XII) Random fields XIII) Signal and noise assumptions XIV) Apertures and arrays XV) Finite continuous apertures XVI) Spatial sampling XVII) Arrays of discrete sensors XVIII) Beamforming XIX) Delay-and-sum beamforming XX) Space-time filtering XXI) Filter-and-sum beamforming XXII) Frequency-domain beamforming XXIII) Array gain XXIV) Resolution XXIV) Sampling in time XXV) Discrete-time beamforming XXVI) Averaging in time and space XXVII) Detection theory XXVIII) Elementary hypothesis testing XXIX) Hypothesis testing in presence of unknown XXX) Detection of signals in gaussian noise XXXI) Detection in presence of uncertainties XXXII) Detection- based array processing algorithms XXXIII) Estimation theory XXXIV) Terminology in estimation theory XXXV) Parameter estimation XXXVI) Signal parameter estimation XXXVII) Linear signal waveform estimation XXXVIII) Spectral estimation XXXIX) Adaptive array processing XL) Signal parameter estimation XLI) Constrained optimization methods XLII) Eigenanalysis methods XLIII) Robust adaptive array processing XLIV) Dynamic adaptive methods XLV) Tracking XLVI) Source motion models XLVII) Single-array location estimate properties XLVIII) Prediction-correction algorithms XLIX) Tracking based on Kalman filtering L) Multiarray tracking in clutter LI) A probability and stochastic processes.