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Introduction to Radar Analysis [Kõva köide]

(Georgia Tech Research Institute)
  • Formaat: Hardback, 352 pages, kõrgus x laius: 234x156 mm, kaal: 608 g, 759 equations; 10 Tables, black and white
  • Sari: Advances in Applied Mathematics
  • Ilmumisaeg: 22-May-1998
  • Kirjastus: CRC Press Inc
  • ISBN-10: 0849318793
  • ISBN-13: 9780849318795
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  • Formaat: Hardback, 352 pages, kõrgus x laius: 234x156 mm, kaal: 608 g, 759 equations; 10 Tables, black and white
  • Sari: Advances in Applied Mathematics
  • Ilmumisaeg: 22-May-1998
  • Kirjastus: CRC Press Inc
  • ISBN-10: 0849318793
  • ISBN-13: 9780849318795
Teised raamatud teemal:
Introduction to Radar Analysis outlines the fundamental principles and applications of radar as well as important mathematical derivations - serving as a reference for engineers, technical managers, and students.
This comprehensive book divides into two parts:
  • General analytical treatment of radar signal processing
  • Specific discussion of radar topics and radar types
    Chapters contain:
  • derivations of the radar equation in many forms for an essential understanding of radar principles
  • examination of radar cross section and receiver noise
  • practical aspects of radar systems, including stretch processing, multipath propagation, and track filters
  • analysis of probability of detection and radar losses; CW and pulsed radars; and pulse compression
  • investigation of current research and industry trends, including clutter and wave propagation, Moving Target Indicator (MTI), tracking radars, and array antennas
  • a unique approach in presenting Synthetic Aperture Radar (SAR)
  • 756 equations and formulas providing detailed mathematical derivations
  • 165 examples and exercise problems as well as 149 figures and plots
    Introduction to Radar Analysis acts as an essential stepping stone toward specialized topics - providing a clear, accessible framework of radar fundamentals as well as a thorough study of advanced topics and radar technology issues.
  • Preface
    Acknowledgment
    Chapter 1 INTRODUCTION TO SIGNAL PROCESSING
    1(32)
    Signal and System Classifications
    1(2)
    The Fourier Transform
    3(1)
    The Fourier Series
    4(2)
    Convolution and Correlation Integrals
    6(1)
    Energy and Power Spectrum Densities
    7(3)
    Low Pass, Band Pass Signals and Quadrature Components
    10(1)
    Random Variables
    11(4)
    Random Processes
    15(1)
    Sampling Theorem
    16(3)
    The Z-Transform
    19(2)
    The Discrete Fourier Transform
    21(1)
    Discrete Power Spectrum
    22(1)
    Windowing Techniques
    23(4)
    Problems
    27(6)
    Chapter 2 RADAR FUNDAMENTALS
    33(28)
    Radar Classifications
    33(3)
    Range
    36(2)
    Unambiguous Range
    38(1)
    Range Resolution
    39(3)
    Doppler Frequency
    42(9)
    Coherence
    51(1)
    CW and Pulsed Waveforms Spectra
    52(7)
    Problems
    59(2)
    Chapter 3 RADAR EQUATION, RADAR CROSS SECTION, AND RECEIVER NOISE
    61(30)
    The Radar Equation
    61(4)
    Low PRF Radar Equation
    65(1)
    High PRF Radar Equation
    66(1)
    Surveillance Radar Equation
    67(4)
    Radar Equation with Jamming
    71(3)
    Self-Screening Jammers (SSJ)
    72(1)
    Stand-off Jammers (SOJ)
    73(1)
    Bistatic Radar Equation
    74(3)
    Radar Cross Section (RCS)
    77(2)
    Target Scintillation
    79(2)
    Noise Figure
    81(6)
    Problems
    87(4)
    Chapter 4 PROBABILITY OF DETECTION, AND RADAR LOSSES
    91(26)
    Detection in the Presence of Noise
    91(5)
    Probability of False Alarm
    96(1)
    Probability of Detection
    96(3)
    Antenna Scan Rate
    99(1)
    Pulse Integration
    99(3)
    Radar losses
    102(6)
    Transmit and Receive Losses
    102(1)
    Antenna Pattern Loss and Scan Loss
    102(1)
    Atmospheric Loss
    103(1)
    Collapsing Loss
    104(1)
    Processing Losses
    104(4)
    Other Losses
    108(1)
    Cumulative Probability of Detection
    108(3)
    Probability of Detection for Fluctuating Targets
    111(1)
    Solving the Radar Equation
    112(2)
    Problems
    114(3)
    Chapter 5 CONTINUOUS WAVE AND PULSED RADARS
    117(28)
    CW Radar
    117(15)
    Functional Block Diagram
    117(2)
    Frequency Modulation (FM) CW Radar
    119(5)
    Linear FM (LFM) CW Radar
    124(3)
    Multiple Frequency CW Radar
    127(1)
    Effect of FM Transmitter Noise on the Receiver
    128(4)
    Pulsed Radar
    132(3)
    Range and Doppler Ambiguities
    135(1)
    Resolving Range Ambiguity
    136(3)
    Resolving Doppler Ambiguity
    139(3)
    Problems
    142(3)
    Chapter 6 THE MATCHED FILTER, THE AMBIGUITY FUNCTION, AND PULSE COMPRESSION
    145(40)
    Introduction
    145(1)
    Matched Filter SNR
    146(3)
    Time-Bandwidth Product
    149(2)
    The Replica
    151(1)
    Matched Filter with Colored Noise
    152(1)
    Matched Filter Response to LFM Waveforms
    153(4)
    The Radar Ambiguity Function
    157(1)
    Examples of the Ambiguity Function
    158(6)
    Single Pulse Ambiguity Function
    158(3)
    LFM Ambiguity Function
    161(3)
    Ambiguity Diagram Contours
    164(4)
    Pulse Compression
    168(7)
    Correlation Processor
    168(3)
    Stretch Processor
    171(4)
    Digital Pulse Compression
    175(6)
    Binary Phase Codes
    175(4)
    Frank Codes
    179(2)
    Problems
    181(4)
    Chapter 7 CLUTTER, AND RADAR WAVE PROPAGATION
    185(30)
    Clutter Definition
    185(1)
    Surface Clutter
    186(5)
    Signal to Clutter Ratio for Area Clutter
    189(2)
    Volume Clutter
    191(5)
    Signal to Clutter Ratio for Weather Clutter
    194(2)
    Clutter Statistical Models
    196(1)
    Clutter Spectrum
    197(1)
    Propagation of Radar Waves
    198(14)
    Multipath Propagation
    198(7)
    Ground Reflection Coefficient
    205(3)
    Refraction
    208(2)
    Atmospheric Attenuation
    210(2)
    Problems
    212(3)
    Chapter 8 MOVING TARGET INDICATOR (MTI)
    215(22)
    Introduction
    215(2)
    Single Delay Line Canceler
    217(2)
    Double Delay Line Canceler
    219(1)
    Delay Lines with Feedback (Recursive Filters)
    220(3)
    PRF Staggering
    223(1)
    MTI Improvement Factor
    224(5)
    Subclutter Visibility (SCV)
    229(1)
    Delay Line Cancelers with Optimal Weights
    230(3)
    Problems
    233(4)
    Chapter 9 TARGET TRACKING RADAR SYSTEMS
    237(30)
    Introduction
    237(1)
    Angle Tracking
    238(16)
    Sequential Lobing
    238(2)
    Conical Scan
    240(4)
    Amplitude Comparison Monopulse
    244(7)
    Phase Comparison Monopulse
    251(3)
    Range Tracking
    254(1)
    Track-While-Scan (TWS)
    255(2)
    Target Prediction and Smoothing
    257(7)
    The AlphaBeta Filter
    259(1)
    The AlphaBetaGamma Filter
    260(1)
    The AlphaBetaGamma Transfer Function Formulas
    261(3)
    Problems
    264(3)
    Chapter 10 ARRAY ANTENNAS
    267(20)
    Introduction
    267(1)
    Circular Dish Antenna Pattern
    268(2)
    Linear Array Antennas
    270(5)
    Array Tapering
    275(1)
    Computation of the Radiation Pattern via the DFT
    276(3)
    Array Pattern for Rectangular Planar Array
    279(2)
    Conventional Beamforming
    281(3)
    Problems
    284(3)
    Chapter 11 SYNTHETIC APERTURE RADAR
    287(24)
    Introduction
    287(1)
    Real Versus Synthetic Arrays
    288(2)
    Side Looking SAR Geometry
    290(3)
    SAR Design Considerations
    293(6)
    SAR Radar Equation
    299(2)
    SAR Signal Processing
    301(1)
    Side Looking SAR Doppler Processing
    301(5)
    SAR Imaging Using Doppler Processing
    306(1)
    Range Walk
    307(1)
    Problems
    308(3)
    Appendix A FOURIER TRANSFORM TABLE 311(2)
    Appendix B SOME COMMON PROBABILITY DENSITIES 313(2)
    Chi-Square with N degrees of freedom 313(1)
    Exponential 313(1)
    Gaussian 313(1)
    Laplace 313(1)
    Log-Normal 314(1)
    Rayleigh 314(1)
    Uniform 314(1)
    Weibull 314(1)
    Appendix C Z-TRANSFORM TABLE 315(2)
    Bibliography 317(4)
    Index 321