6.2Linear Minimum selleck kinase inhibitor Mean-Squares Estimation2.6.3Target Location Estimation with the Linear Model2.6.4Kalman Filter Methods2.7The Discrete Probability Density Method2.8Generalized Bearings2.9Maximum Likelihood PF Algorithm2.9.1Maximum Likelihood Estimation Triangulation Algorithm2.9.2Maximum Likelihood inhibitor Regorafenib Estimation Algorithm Comparison2.10Multiple Sample Correlation2.11Bearing-Only Target Motion Analysis2.12Sources of Error in Triangulation2.12.1Geometric Dilution of Precision in Triangulation2.12.2LOB Error2.12.3Effects of Bias on Bearing-Only PF2.12.4Combining Noisy LOB Measurements2.12.5Effects of Navigation Error2.13Concluding RemarksReferencesAppendix 2A Least-Squares Error Estimation Program ListingAppendix 2B Generalized Bearing Program ListingChapter 3 DF Techniques3.
1Introduction3.
2Array Processing Direction of Arrival Measurement Methods3.2.1Introduction3.2.2The Model3.2.3Array Covariance Modeling3.2.4Direction of Arrival3.2.5Subspace-Based Inhibitors,Modulators,Libraries Inhibitors,Modulators,Libraries Methods3.2.6Beamforming AOA Estimation3.2.7Maximum Inhibitors,Modulators,Libraries Likelihood AOA Estimation3.2.8Least-Square Error AOA Estimation3.2.9Decoupling Sample Source Signals Inhibitors,Modulators,Libraries from AOA Inhibitors,Modulators,Libraries Parameters3.2.10Gram-Schmidt Orthogonalization3.2.11Nonlinear Programming3.3Other Methods of Estimating the AOA3.3.1Phase Interferometry3.3.2Amplitude Systems3.3.3Doppler Direction Finder3.4MSE Phase Interferometer3.4.1Introduction3.4.2The Algorithm3.4.3Simulation3.5DF with a Butler Matrix3.5.1Introduction3.5.2Beamforming Inhibitors,Modulators,Libraries Network3.5.3Summary3.
6Phase Difference Estimation Using SAW Devices3.6.1Introduction3.6.2SAW Characteristics3.7Concluding Inhibitors,Modulators,Libraries RemarksReferencesChapter 4 MUSIC4.
1Introduction4.2MUSIC Overview4.3MUSIC4.3.1The MUSIC Algorithm4.4Performance of MUSIC in the Presence of Modeling Errors4.4.1Model Errors4.4.2Error Expressions4.4.3Results4.5Determining the Number of Wavefields4.6Effect of Phase Errors on the Accuracy of MUSIC4.6.1Introduction4.6.2Accuracy4.6.3Solutions for Errors4.6.4Statistics4.6.5Horizontal Planar Arrays4.6.6Simulations4.6.7Summary4.7Other Inhibitors,Modulators,Libraries Superresolution Algorithms4.7.1Maximum Brefeldin_A Likelihood Method4.7.2Adaptive Angular Response4.7.3Thermal Noise Algorithm4.7.4Maximum Entropy Method4.7.5Comparisons4.8Concluding RemarksReferencesChapter 5 Quadratic Position-Fixing Methods5.1Introduction5.
2TDOA Position-Fixing Techniques5.2.1Introduction5.2.2TDOA5.2.3Calculating the PF with TDOAs5.2.4Nonlinear Least-Squares5.2.5TDOA Measurement Accuracy5.
2.6TDOA GSK-3 PFs with Noisy Measurements5.2.7TDOA Dilution of Precision5.2.8Bias during inhibitor Tofacitinib Effects of TDOA PF Estimation5.2.9Effects of Movement on TDOA PF Estimation5.3Differential Doppler5.3.1Introduction5.3.2DD5.3.3DD Measurement Accuracy5.3.4Maximum Likelihood DD Algorithms5.3.5Cross-Ambiguity Function5.3.6Estimating the DD of a Sinusoid in Noise Using Phase Data5.3.7Effects of Motion on DD PF Estimating5.4Range Difference Methods5.4.1Introduction5.4.2Least-Squared Range Difference Methods5.4.3Range Difference Using Feasible Bivectors5.