Radar System Analysis And Design Using Matlab.pdf

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Radar System Analysis and Using MATLAB

Table of Contents

Chapter1 Rader Fundamentals

1.1. Radar Classifications

1.2. Range

1.3. Range Resolution

1.4. Doppler Frequency

1.5. Coherence

1.6. The Radar Equation

1.6.1. Low PRF Radar Equation

1.6.2. High PRF Radar Equation

1.6.3. Surveilance Radar Equation

1.6.4. Radar Equation with Jamming

1.6.5. Bistatic Radar Equation

1.7. Radar Losses

1.7.1. Transmit and Receive Losses

1.7.2. Antenna Pattern Loss and Scan Loss

1.7.3. Atmospheric Loss

1.7.4. Collapsing Loss

1.7.5. Processing Losses

1.7.6. Other Losses

1.8. MATLAB Program and Function Listings

Chapter 2 Radar Cross Section (RCS)

2.1. RCS Definttion

2.2. RCS Prediction Methods

2.3. RCS Dependency on Angle and Frequency

2.4. RCS Dependency on Polarization

2.4.1 Poaarization

2.4.2 Target Scattering Matrix

2.5 RCS of Simple Objects

2.5.1 Sphere

2.5.2 Ellipsoid

2.5.3 Circular Flat Plate

2.5.4 Truncated Cone(Frustum)

2.5.5 Cylinder

2.5.6 Rectangular Flat Plate

2.5.7 Triangular Flat Plate

2.6 RCS of Complex Objects

2.7 RCS Fluctuations and Statitical Models

2.7.1 RCS Statistical Models-Scintillation Models

2.8 MATLAB P rogram/Function Listings

Chapter 3 Continuous Wave and Pulsed Radars

3.1 Functional Block Diagram

3.2 CW Radar Equation

3.3 Frequency Modulation

3.4 Linear FM(LFM)CW Radar

3.5 Multiple Frequency CW Radar

3.6 Pulsed Radar

3.7 Range and Doppler Ambiguities

3.8 Resolving Range Ambituity

3.9 Resolving Doppler Ambiguity

3.10 MATLAB Program"range_calc.m"

Chapter 4 Radar Detection

4.1 Detection in the Presence of Noise

4.2 Probability of False Alarm

4.3 Probability of Detection

4.4 Pulse Integration

4.4.1 Coherent Integration

4.4.2 Non-Coherent Integratioit

4.5 Detection of Fluctuating Targets

4.5.1 Detection Probability Density Function

4.5.2 Threshold Selestion

4.6 Probability of Detection Calculation

4.6.1 Detection of Swerling V Targets

4.6.2 Detection of Swerling ⅠTargets

4.6.3 Detection of Swerling ⅡTartets

4.6.4 Detection of Swerling Ⅲ Targets

4.6.5 Detection of Swerling Ⅳ Targets

4.7 Cumulative Probability of Detection

4.8 Solving the Radar Equation

4.9 Constant False Alarm Rate(CFAR)

4.9.1 Cell-Averaging CFAR(Single Pulse)

4.9.2 Cell-Averaging VFAR with Non-Coherent Integration

4.10 MATLAB Function and Program Listings

Chapter 5 Radar Waveforms Analysis

5.1 Low Pass, Band Pass Signals and Quadrature Components

5.2 CW and Pulsed Waveforms

5.3 Linear Frequency Modulation Waveforms

5.4 High Range Resolution

5.5 Stepped Frequency Waveforms

5.5.1 Range Resolution and Range Ambiguity in SFW

5.5.2 Effect of Taret Velocity

5.6 MATLAB Listings

Chapter 6 Matched Filter and the Radar Ambiguity Function

6.1 The Matched Filter SNR

6.2 The Replica

6.3 Matched Filter Response to LFM Waveforms

6.4 The Radar Ambiguity Function

6.5 Examples of hte Ambiguity Function

6.5.1 Single Pulse Ambiguity Function

6.5.2 LFM Ambiguity Function

6.5.3 Coherent Pulse Train Ambiguity Function

6.6 Ambituity Diagram Contours

6.7 MATLAB Listings

Chapter 7 Pulse Compression

7.1 Time_Bandwidth Product

7.2 Radar Equation with Pulse Compression

7.3 Analog Pulse Compression

7.3.1 Correlation Processor

7.3.2 Stretch Processor

7.3.3 Distortion Due to Targeet Velocity

7.3.4 Range Doppler Coupling

7.4 Digital Pulse Compression

7.4.1 Frequency Coding (Costas Codes)

7.4.2 Binary Phase Codes

7.4.3 Frank Codes

7.4.4 Pseudo_Random(PRN)Codes

7.5 MATLAB Listings

Chapter 8 Radar Wave Propagation

8.1 Earth Atmosphere

8.2 Refraction

8.3 Ground Reflection

8.3.1 Smooth Surface Reflection Coefficient

8.3.2 Divergence

8.3.3 Rough Surface Reflection

8.4 The Pattern Propagation Factor

8.4.1 Flat Earth

8.4.2 Spherical Earth

8.5 Diffraction

8.6 Atmospheric Attenuation

8.7 MATLAB Program"ref_coef.m"

Chapter 9 Clutter and Moving Target Indicator(MTI)

9.1 Clutter Definition

9.2 Surface Clutter

9.2.1 Radar Equation for Area Clutter

9.3 Volume Clutter

9.3.1 Radar Equation for Volume Clutter

9.4 Clutter Statitical Models

9.5 Clutter Spectrum

9.6 Moving Target Indicator(MTI)

9.7 Single Delay Line Canceler

9.8 Double Delay Line Canceler

9.9 Delay Lines with Feedback(Pecursive Filters)

9.10 PRS Staggering

9.11 MTI Improvement Factor

9.12 Subclutter Visibiliy(SCV)

9.13 Delay Line Cancelers with Optimal Weights

9.14 MATLAB Program/Function Listings

Chapter10 Radar Antennas

10.1 Directivity, Power Gain,and Effective Aperture

10.2 Near and Far Fields

10.3 Circular Dish Antenna Pattern

10.4 Array Antennas

10.4.1 Linear Array Antennas

10.5 Array Tapering

10.6 Computation of the Radiation Pattern via the DFT

10.7 Array Pattern for Rectangular Planar Array

10.8 Conventional Beamforming

10.9 MATLAB Programs and Functions

Chapter 11 Target Tracking

11.1. Angle Tracking

11.1.1. Sequential Lobing

11.1.2 Conical Scan

11.2. Amplitude Comparison Monopulse

11.3. Phase Comparison Monopulse

11.4. Range Tracking

11.5. Track-While-Scan(TWS)

11.6. State Variable Representation of an LTI System

11.7. The LTI System of Interest

11.8. Fixed-Gain Tracking Filters

11.8.1. The aB Filter

11.8.2. The aBr Filter

11.9. The Kalman Filter

11.9.1. The Singer aBr-Kalman Filter

11.9.2. Relationship between Kalman aBr Filter

11.10. MATLAB Programs and Functions

Chapter 12 Synthetic Aperture Radar

12.1 Introduction

12.2 Real Versus Synthetic Arrays

12.3 Side Looking SAR Geometry

12.4 SAR Design Considerations

12.5 SAR Radar Equation

12.6 SAR Signal Processing

12.7 Side Looking SAR Doppler Processing

12.8 SAR Imaging Using Doppler Processing

12.9 Range Walk

12.10 Case Study

12.11 Arrays in Sequential Mode Operation

12.11.1 Linear Arrays

12.11.2 Rectangular Arrays

12.12 MATLAB Programs

Chapter 13 Signal Processing

13.1 Signal and System Classifications

13.2 The Fourier Transform

13.3 The Fourier Series

13.4 Convolution and Correlation Integrals

13.5 Energy and Power Spectrum Densities

13.6 Random Variables

13.7 Multivariate Gaussian Distribution

13.8 Random Processes

13.9 Sampling Theorem

13.10 The Z-Transform

13.11 The Discrete Fofurier Transform

13.12 Discrete Power Spectrum

13.13 Windowing Techniques

Appendix A Nois Figure

Appendix B Decibel Arithmetic

Appendix C Fourier Transform Table

Appendix D Some Common Probability Densities

Appendix E Z-Transform Table

Appendix F MATLAB Program and Function Name List

Bibliograpliy

Index

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