Advances in signal processing

Preface......Page 6
Contents......Page 7
About the Editors......Page 11
1 Signal Processing for Practical Applications......Page 13
 1.2 Chapters Included in the Book......Page 14
 References......Page 16
 2.1 Introduction......Page 17
 2.2 The Synthesis of the p-ary D-code and the Polyphase Coherent Additional Signal......Page 19
 2.3 Correlation Characteristics of Polyphase Coherent Additional Signals......Page 22
 2.4 The Compression Device of Polyphase Coherent Additional Signals......Page 25
 References......Page 30
 3.1 Introduction......Page 32
  3.2.1 Memoryless Amplifier......Page 34
  3.2.2 Amplifier with Memory......Page 37
  3.3.1 Memoryless Amplifier......Page 43
  3.3.2 Amplifier with Memory......Page 47
 3.4 Conclusions......Page 51
 References......Page 55
 4.1 Introduction......Page 56
 4.2 Types of Distorting Effects......Page 57
 4.3 Signal Quality Assessment Metrics......Page 62
 4.4 Distortion Identification at the Transmitter Output......Page 64
 4.5 Conclusions......Page 70
 References......Page 71
 5.1 Introduction......Page 72
 5.2 Parameter Estimation Quality Bounds and Threshold Effect in Classical Inference......Page 73
 5.4 Threshold Indication for Microwave Imaging Problem......Page 76
 References......Page 83
6 The Development of the Algorithm for Estimating the Spectral Correlation Function Based on Two-Dimensional Fast Fourier Transform......Page 85
 6.1 Introduction......Page 86
 6.2 Dyadic Cyclostationary Description......Page 87
 6.3 Two-Dimensional FFT Algorithm......Page 89
 6.4 Simulation Results......Page 91
 6.5 Conclusions......Page 95
 References......Page 96
 7.1 Introduction......Page 97
 7.2 Problems of Discrete Two-Dimensional Signal Processing in Fourier Bases......Page 98
  7.2.1 System Analysis of the Nature of Origin, Sources, and Subject Areas of Applications of Discrete Two-Dimensional Signals......Page 99
  7.2.2 The Main Directions of Scientific and Applied Research in the Field of Digital Spectral Processing of One-Dimensional and Two-Dimensional Signals......Page 100
 7.3 Two-Dimensional Discrete Fourier Transform and Its Basis......Page 103
 References......Page 105
8 Sliding Spatial Frequency Processing of Discrete Signals......Page 107
 8.2 Direct Two-Dimensional Discrete Fourier Transform......Page 108
  8.3.1 First Method and Fast Algorithm 1 of HS+ Sliding Processing......Page 112
  8.3.2 Method of HS– Sliding Processing......Page 115
  8.3.3 Second Method and Fast Algorithm 2 of HS+ Sliding Processing......Page 117
 8.4 Conclusions......Page 118
 References......Page 119
 9.1 Introduction......Page 120
 9.2 Direct and Inverse Two-Dimensional Discrete Fourier Transform......Page 122
  9.2.1 Algebraic Form of Direct and Inverse Two-Dimensional Discrete Fourier Transforms......Page 123
  9.2.2 Matrix Form of Direct and Inverse Two-Dimensional Discrete Fourier Transform......Page 124
  9.2.3 Fast Algorithms of Direct and Inverse Two-Dimensional Discrete Fourier Transform......Page 125
 9.3 Interpolation Method of Two-Dimensional Discrete Real and Complex Signals in Spatial Domain......Page 126
 9.4 Conclusions......Page 130
 References......Page 131
10 Topography of the z-Plane Discretized by Quantizing the Coefficients of the Canonical Form of Recursive Digital Filter......Page 132
 10.1 Introduction......Page 133
 10.2 The Number-Theoretic Nature of the Zeros and Poles of IIR Digital Filters with Finite Word Length......Page 134
 10.3 The Topography of the Second-Degree Algebraic Numbers in a Discretized Complex z-Plane......Page 135
 10.4 The Topography of the Third-Degree Algebraic Numbers in a Discretized Complex z-Plane......Page 137
 10.5 The Topography of the Fourth-Degree Algebraic Numbers in a Discretized Complex z-Plane......Page 139
 References......Page 143
11 Method for Adaptive Control of Technical States of Radio-Electronic Systems......Page 145
 11.1 Introduction......Page 146
 11.2 Related Work......Page 147
  11.3.1 Complex Nature of the Transmitted Signals......Page 149
  11.3.2 Creation of Three-Dimensional MI Model at the Touch Level......Page 150
  11.3.3 Formation of an Ellipsoid of Working Capacity Considering FPR and FNR Errors......Page 154
 11.4 Implementation of TS-RES Adaptive Control Method......Page 155
 11.5 Conclusions......Page 157
 References......Page 158