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Table of Contents
Intro
Introduction
Contents
Basic Agreed Notations
Abbreviations
1 General Principles of System Analysis of the Problems of Radar Contrast Increment Control Processes
1.1 Nature of System Analysis
1.2 System Analysis Procedure
1.3 Objectives of a System Analysis of the Radar Detection Control Processes
References
2 Synthesis of Signal's Polarization Selection System with the Background of Passive Noise Formed by Reflections from Distributed Targets
2.1 Problem Formulation
2.2 Analysis of Radar Channel Model
2.3 Analysis of Scattering Polarization Characteristics of Large-Scale Impedance of Randomly Uneven Surface
2.3.1 Analysis of the Current Status of the Issue
2.3.2 Scattering Characteristics of Large-Scale Measuring of Randomly Uneven Surface
2.4 Methods of Noise Influence Diminishing Based on Different Polarization Structure of Target Signal and Noise Signal
2.5 Analysis of Current Methods and Devices for Polarization Selection
2.5.1 Research Problem Formulation
2.5.2 Analysis of Methods for Antenna System Polarization Diagram Readjustment
2.6 Synthesis of Signal Selection System in the Background of Passive Noise Formed by Reflections from Separation Surface
References
3 Primary Ways of Technical Implementation of Developed Selection System and Methods of Device's Error Minimizing
3.1 Estimation of Influence of Cross-Polarization Degree in Antenna System Radiation on the Accuracy of Radar Measurements. Methods of Its Diminishing
3.2 Mirror Antenna Scattering Matrix
3.3 Synthesis of the Uniform Polarization Diagram for Mirror Antenna
3.4 Analysis of Scattering Matrix of Ideal Device for Polarization Readjustment
3.5 Derivation of the Formula for Parabolic Antenna Radiation Components with Fundamental and Cross-Polarizations
3.6 Solution for Synthesis of Line Feed with Given Amplitude Directional Diagram
3.7 Model of Matrix Joint Correlation Function of Probing and Reflected Vector Signals for Conceptual Design of Aerial Radar with Synthesized Aperture
3.7.1 Structural Diagram of Conceptual Design of Radar with Synthesized Aperture
3.7.2 Model of Matrix Joint Correlation Function for Probing and Reflected Vector Signals
References
4 Experimental Testing of Theoretical Results
4.1 Research of Scattering Polarization Characteristics of the Signals Reflected in Specular Direction from the Real Separation Surface
4.2 Synthesis of One-Mirror Antenna Linear Feed Eliminating Cross-Polarized Radiation
References
Introduction
Contents
Basic Agreed Notations
Abbreviations
1 General Principles of System Analysis of the Problems of Radar Contrast Increment Control Processes
1.1 Nature of System Analysis
1.2 System Analysis Procedure
1.3 Objectives of a System Analysis of the Radar Detection Control Processes
References
2 Synthesis of Signal's Polarization Selection System with the Background of Passive Noise Formed by Reflections from Distributed Targets
2.1 Problem Formulation
2.2 Analysis of Radar Channel Model
2.3 Analysis of Scattering Polarization Characteristics of Large-Scale Impedance of Randomly Uneven Surface
2.3.1 Analysis of the Current Status of the Issue
2.3.2 Scattering Characteristics of Large-Scale Measuring of Randomly Uneven Surface
2.4 Methods of Noise Influence Diminishing Based on Different Polarization Structure of Target Signal and Noise Signal
2.5 Analysis of Current Methods and Devices for Polarization Selection
2.5.1 Research Problem Formulation
2.5.2 Analysis of Methods for Antenna System Polarization Diagram Readjustment
2.6 Synthesis of Signal Selection System in the Background of Passive Noise Formed by Reflections from Separation Surface
References
3 Primary Ways of Technical Implementation of Developed Selection System and Methods of Device's Error Minimizing
3.1 Estimation of Influence of Cross-Polarization Degree in Antenna System Radiation on the Accuracy of Radar Measurements. Methods of Its Diminishing
3.2 Mirror Antenna Scattering Matrix
3.3 Synthesis of the Uniform Polarization Diagram for Mirror Antenna
3.4 Analysis of Scattering Matrix of Ideal Device for Polarization Readjustment
3.5 Derivation of the Formula for Parabolic Antenna Radiation Components with Fundamental and Cross-Polarizations
3.6 Solution for Synthesis of Line Feed with Given Amplitude Directional Diagram
3.7 Model of Matrix Joint Correlation Function of Probing and Reflected Vector Signals for Conceptual Design of Aerial Radar with Synthesized Aperture
3.7.1 Structural Diagram of Conceptual Design of Radar with Synthesized Aperture
3.7.2 Model of Matrix Joint Correlation Function for Probing and Reflected Vector Signals
References
4 Experimental Testing of Theoretical Results
4.1 Research of Scattering Polarization Characteristics of the Signals Reflected in Specular Direction from the Real Separation Surface
4.2 Synthesis of One-Mirror Antenna Linear Feed Eliminating Cross-Polarized Radiation
References