Linked e-resources
Details
Table of Contents
Intro
Preface
Contents
1 Introduction
1.1 Overview of Target Detection
1.1.1 Target Detection
1.1.2 Influences of Detection Technologies on Combat and Its Development Trend
1.1.3 Electronic and Acoustic Detection
1.1.4 Photoelectric Detection
1.2 Detection on Derived Attributes of Targets
1.2.1 Concepts of Derived Attributes of Targets
1.2.2 Connotations of Derived Attributes of Targets
1.2.3 Typical Photoelectric Detection Methods for Derived Attributes of Targets
References
2 Laser Detection on Disturbance of Wind-Field of Air Moving Targets
2.1 Characteristics of Atmospheric Wind Fields and Acquisition of Disturbance Information of Targets
2.1.1 Characteristics of Atmospheric Wind Fields
2.1.2 Principle of the Information Acquisition Algorithm of Moving Targets
2.1.3 Inversion Algorithm for Distribution of the Atmospheric Wind Field
2.1.4 Information Acquisition Algorithm of Moving Targets
2.1.5 Experimental Verification
2.2 The Detection System for Target-Induced Atmospheric Wind-Field Disturbances and Performance Analysis
2.2.1 Structure of the Detection System
2.2.2 Performance Analysis of the Detection System
2.3 Generation Mechanisms and Characteristics of the Disturbance Field of Trailing Vortexes
2.3.1 Generation Mechanisms of the Disturbance Field of Trailing Vortexes
2.3.2 Analytical Model of the Disturbance Fields of Trailing Vortexes
2.3.3 Characteristic Parameters of the Disturbance Field of Trailing Vortexes
2.3.4 Simulation Analysis
2.4 Detection of Trailing Vortexes Based on the Coherent Doppler Lidar
2.4.1 Coherent Doppler Laser Detection Principle of Aircraft Trailing Vortexes
2.4.2 Modeling and Analysis of Doppler Spectra for Echoes from Trailing Vortexes
2.5 Identification Trailing Vortexes of Airplanes and Parameter Extraction Based on Laser Echoes
2.5.1 Preprocessing of Echoes of Lidar Detection
2.5.2 Identification of Trailing Vortexes of Airplanes Based on Doppler Spectral Characteristics
2.5.3 Parameter Extraction of Trailing Vortexes of Airplanes Based on Laser Echoes
References
3 Laser Detection on Atmospheric Components Disturbed by Aerial Moving Targets
3.1 Laser Detection on Atmospheric CO2 Disturbance
3.1.1 Characteristics of Atmospheric CO2 Disturbance by Targets
3.1.2 Laser Detection Principles of the Atmospheric CO2 Disturbances
3.1.3 DIAL Detection System Schemes
3.2 Detection of the Water-Vapor Concentration
3.2.1 Detection Principle of the Water-Vapor Concentration
3.2.2 Design of the DIAL Detection System
3.2.3 Performance Analysis and Simulation of Detection of the Water-Vapor Concentration
3.3 Analysis of Detection Performance for Disturbances of Atmospheric Component
3.3.1 Empirical Mode Decomposition and Data Preprocessing Performance
Preface
Contents
1 Introduction
1.1 Overview of Target Detection
1.1.1 Target Detection
1.1.2 Influences of Detection Technologies on Combat and Its Development Trend
1.1.3 Electronic and Acoustic Detection
1.1.4 Photoelectric Detection
1.2 Detection on Derived Attributes of Targets
1.2.1 Concepts of Derived Attributes of Targets
1.2.2 Connotations of Derived Attributes of Targets
1.2.3 Typical Photoelectric Detection Methods for Derived Attributes of Targets
References
2 Laser Detection on Disturbance of Wind-Field of Air Moving Targets
2.1 Characteristics of Atmospheric Wind Fields and Acquisition of Disturbance Information of Targets
2.1.1 Characteristics of Atmospheric Wind Fields
2.1.2 Principle of the Information Acquisition Algorithm of Moving Targets
2.1.3 Inversion Algorithm for Distribution of the Atmospheric Wind Field
2.1.4 Information Acquisition Algorithm of Moving Targets
2.1.5 Experimental Verification
2.2 The Detection System for Target-Induced Atmospheric Wind-Field Disturbances and Performance Analysis
2.2.1 Structure of the Detection System
2.2.2 Performance Analysis of the Detection System
2.3 Generation Mechanisms and Characteristics of the Disturbance Field of Trailing Vortexes
2.3.1 Generation Mechanisms of the Disturbance Field of Trailing Vortexes
2.3.2 Analytical Model of the Disturbance Fields of Trailing Vortexes
2.3.3 Characteristic Parameters of the Disturbance Field of Trailing Vortexes
2.3.4 Simulation Analysis
2.4 Detection of Trailing Vortexes Based on the Coherent Doppler Lidar
2.4.1 Coherent Doppler Laser Detection Principle of Aircraft Trailing Vortexes
2.4.2 Modeling and Analysis of Doppler Spectra for Echoes from Trailing Vortexes
2.5 Identification Trailing Vortexes of Airplanes and Parameter Extraction Based on Laser Echoes
2.5.1 Preprocessing of Echoes of Lidar Detection
2.5.2 Identification of Trailing Vortexes of Airplanes Based on Doppler Spectral Characteristics
2.5.3 Parameter Extraction of Trailing Vortexes of Airplanes Based on Laser Echoes
References
3 Laser Detection on Atmospheric Components Disturbed by Aerial Moving Targets
3.1 Laser Detection on Atmospheric CO2 Disturbance
3.1.1 Characteristics of Atmospheric CO2 Disturbance by Targets
3.1.2 Laser Detection Principles of the Atmospheric CO2 Disturbances
3.1.3 DIAL Detection System Schemes
3.2 Detection of the Water-Vapor Concentration
3.2.1 Detection Principle of the Water-Vapor Concentration
3.2.2 Design of the DIAL Detection System
3.2.3 Performance Analysis and Simulation of Detection of the Water-Vapor Concentration
3.3 Analysis of Detection Performance for Disturbances of Atmospheric Component
3.3.1 Empirical Mode Decomposition and Data Preprocessing Performance