Keywords: جهت برآورد رسوب; Acoustic vector sensor; Direction of arrival estimation; Source localization; Under-determined; High reverberation; Time-frequency analysis;
مقالات ISI جهت برآورد رسوب (ترجمه نشده)
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Keywords: جهت برآورد رسوب; Compressive sensing; Sparse Bayesian learning; Direction of arrival estimation
Keywords: جهت برآورد رسوب; Direction of arrival estimation; Mutual coupling; Uniform rectangular array; Rank-reduction
Keywords: جهت برآورد رسوب; Accuracy; Arrays; Covariance matrix; Direction of arrival estimation; Signal processing algorithms
Keywords: جهت برآورد رسوب; Microphone arrays; Vector sensors; Direction of arrival estimation; Covariance matrix
Keywords: جهت برآورد رسوب; Antenna array mutual coupling; Antenna arrays; Aperture antennas; Array signal processing; Direction of arrival estimation; Polarization;
Symmetric sum coarray based co-prime MIMO configuration for direction of arrival estimation
Keywords: جهت برآورد رسوب; Co-prime multiple input multiple output; Direction of arrival estimation; Symmetric sum coarray; Degrees of freedom;
Sparse array extension for non-circular signals with subspace and compressive sensing based DOA estimation methods
Keywords: جهت برآورد رسوب; Non-circular signal; Sparse array; Direction of arrival estimation; Subspace; Compressive sensing;
Robust Nonlinear Array Interpolation for Direction of Arrival Estimation of Highly Correlated Signals
Keywords: جهت برآورد رسوب; Array interpolation; Array mapping; Antenna arrays; Direction of arrival estimation;
Nuclear norm minimization framework for DOA estimation in MIMO radar
Keywords: جهت برآورد رسوب; Multiple-input multiple-output radar; Direction of arrival estimation; Sparse representation; Noncircular signal; Nuclear norm minimization;
DOA estimation based on multi-resolution difference co-array perspective
Keywords: جهت برآورد رسوب; Direction of arrival estimation; K-level co-prime array; Multi-resolution difference co-array; Spatial aliasing; Probability decision;
Adaptive weight matrix design and parameter estimation via sparse modeling for MIMO radar
Keywords: جهت برآورد رسوب; Direction of arrival estimation; Multiple-input multiple-output radar; Compressed sensing; Sensing matrix; Sparse representation;
Reweighted smoothed l0-norm based DOA estimation for MIMO radar
Keywords: جهت برآورد رسوب; Multiple-input multiple-output radar; Direction of arrival estimation; Reweighted smoothed l0-norm; Sparse representation;
Sequential DOA estimation method for multi-group coherent signals
Keywords: جهت برآورد رسوب; Array signal processing; Direction of arrival estimation; Multi-group coherent signals; Multipath propagation;
Covariance vector sparsity-aware DOA estimation for monostatic MIMO radar with unknown mutual coupling
Keywords: جهت برآورد رسوب; Multiple-input multiple-output radar; Direction of arrival estimation; Sparse representation; Mutual coupling
Fourth-order cumulants-based sparse representation approach for DOA estimation in MIMO radar with unknown mutual coupling
Keywords: جهت برآورد رسوب; Multiple-input multiple-output radar; Direction of arrival estimation; Sparse representation; Mutual coupling; Fourth-order cumulants
2-D DOA and mutual coupling coefficient estimation for arbitrary array structures with single and multiple snapshots
Keywords: جهت برآورد رسوب; Direction of arrival estimation; Antenna array mutual coupling; Array signal processing; Compressed sensing; Arbitrary array structures
A sparse representation scheme for angle estimation in monostatic MIMO radar
Keywords: جهت برآورد رسوب; Multiple-input multiple-output radar; Direction of arrival estimation; Sparse representation; Reduced-dimensional Capon
DOA estimation and mutual coupling calibration with the SAGE algorithm
Keywords: جهت برآورد رسوب; Array self-calibration; Convergence; Direction of arrival estimation; Mutual coupling; Space alternating generalized expectation-maximization algorithm
Detection of subsurface metallic utilities by means of a SAP technique: Comparing MUSIC- and SVM-based approaches
Keywords: جهت برآورد رسوب; Buried object detection; Electromagnetic scattering; Smart antennas; Sub-array processing; Direction of arrival estimation
A branch-and-bound inspired technique to improve the computational efficiency of DOA estimation
Keywords: جهت برآورد رسوب; Array signal processing; Direction of arrival estimation; Maximum likelihood estimation; Computational effort; Eigenvalue spread
Beamspace direction finding based on the conjugate gradient and the auxiliary vector filtering algorithms
Keywords: جهت برآورد رسوب; Direction of arrival estimation; Beamspace processing; Krylov subspace; Conjugate gradient; Auxiliary vector filtering
Application of natural computing algorithms to maximum likelihood estimation of direction of arrival
Keywords: جهت برآورد رسوب; Array signal processing; Direction of arrival estimation; Maximum likelihood estimation; Optimization; Natural computing
Calibration errors of uniform linear sensor arrays for DOA estimation: an analysis with SRP-PHAT
Keywords: جهت برآورد رسوب; Direction of arrival estimation; Calibration
Source localization for multiple speech sources using low complexity non-parametric source separation and clustering
Keywords: جهت برآورد رسوب; Source localization; Direction of arrival estimation; Acoustic arrays; Speech processing
Advantages of nonuniform arrays using root-MUSIC
Keywords: جهت برآورد رسوب; Antenna arrays; Nonuniformly spaced arrays; Direction of arrival estimation; Root-MUSIC; Sparse array
Improving the threshold performance of maximum likelihood estimation of direction of arrival
Keywords: جهت برآورد رسوب; Array signal processing; Direction of arrival estimation; Maximum likelihood estimation; Optimum filtering
Morphological image processing for FM source detection and localization
Keywords: جهت برآورد رسوب; Time–frequency analysis; Direction of arrival estimation; Image processing; Bootstrap
Direction-of-arrival estimation via twofold mode-projection
Keywords: جهت برآورد رسوب; Array signal processing; Direction of arrival estimation; Polarization; Tensor