Radar system analysis and modeling:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Boston [u.a.]
Artech House
2005
|
| Schriftenreihe: | Artech House radar library
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Rev. ed. of: Barton, David K.: Radar system analysis |
| Beschreibung: | XVIII, 545 S. Ill. 1 CD-ROM (12 cm.) |
| ISBN: | 1580536816 |
Internformat
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| 245 | 1 | 0 | |a Radar system analysis and modeling |c D. K. Barton |
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| 300 | |a XVIII, 545 S. |b Ill. |e 1 CD-ROM (12 cm.) | ||
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| 490 | 0 | |a Artech House radar library | |
| 500 | |a Rev. ed. of: Barton, David K.: Radar system analysis | ||
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Datensatz im Suchindex
| _version_ | 1804132821066842112 |
|---|---|
| adam_text | Radar System Analysis
and Modeling
David K Barton
Software to accompany this book
is available for download at:
http://wwvv artechhoiise com/static/Downloads/barton_681 zip
u
Artech House
Boston • London
www artechhouse com
ontents
face xv
l Chapter 1 The Radar Range Equation 1
11 Radar Fundamentals 1
111 Basic Functions 1
112 Radar Applications 4
113 Radar Frequency Bands 4
1 2 Derivation of the Range Equation 7
121 Received Signal Power 7
122 Bistatic Radar Equation 9
123 Equations for Transponders and Electronic
Warfare 9
124 Receiver Noise 10
125 Signal-to-Noise Ratio 12
126 RF Loss Factors 13
127 Solution for Maximum Range 14
128 Range Calculation Using the Blake Chart 14
129 General Methods of Solution 16
1 3 The Search Radar Equation 17
131 Derivation for Uniform Search 18
132 Significance of Search Radar Equation 19
1 4 Radar Range with Active Jamming 19
141 Equivalent Temperature of Stand-Off Noise
Jamming 20
142 Jamming Effectiveness 21
143 Deception Jamming 22
144 Self-Screening and Escort Jamming 22
1 5 Radar Range with Clutter 23
151 Volume Clutter: Precipitation or Chaff 24
152 Detection Range in Volume Clutter 27
v
V/
Radar System Analysis and Modeling
153 Range-Ambiguous Clutter 28
154 Surface Clutter: Land and Sea 29
1 6 Detection Range in Combined Interference 32
References 33
Appendix 1A Problems on the Radar Equation 33
Appendix IB Mathcad Tools Provided 36
Chapter 2 The Theory of Target Detection 39
2 1 Noise Statistics 40
2 2 Detection of One Sample of Signal with Noise 42
221 Ideal Coherent Detection Process 42
222 Practical (Noncoherent) Detection Process 43
223 Detector Loss Relative to Ideal System 46
224 Matched Filters and Matching Loss 46
2 3 Integration of Pulse Trains 47
231 Coherent Integration 49
232 Video Integration 50
233 Binary Integration 54
234 Cumulative Integration 55
235 Integrator Weighting Loss 56
236 False-Alarm Time 56
237 Collapsing Loss 57
2 4 Detection of Fluctuating Targets 60
241 Single-Sample Detection 60
242 Fluctuation Loss 61
243 Integration of Case 1 Signals 62
244 Other Target Models 63
245 Diversity Gain 66
246 Universal Equation for Chi-Square Targets 68
247 Binary Integration on Fluctuating Targets 69
248 Cumulative Integration on Fluctuating Targets 69
2 5 Sequential Detection 70
251 Probabilities in Two-Step Sequential Detection 70
252 Sequential Detection with Rapid Confirmation 71
253 Sequential Detection with Delayed Confirmation 72
254 Energy and Time Requirements for Sequential
Detection 72
2 6 Constant-False-Alarm-Rate Detection 73
261 Cell-Averaging CFAR 73
262 Two-Parameter CFAR 76
263 Time-Averaging CFAR 76
264 Nonparametric CFAR 77
2 7 The Effective Detectability Factor 78
References 79
Contents
vii
Appendix 2A Problems on Target Detection 80
Appendix 2B Mathcad Tools Provided 83
Chapter 3 Targets and Interference 85
3 1 Definition of Radar Cross Section 85
311 Equivalent Sphere 86
312 Equivalent Antenna 86
3 2 Radar Cross Sections of Simple Objects 88
321 Peak RCS and Lobe Structure 88
322 Wavelength and Aspect Angle Dependence of
RCS 89
323 Resonant Phenomena 91
324 Polarization Dependence of RCS 92
3 3 Radar Cross Sections of Complex Targets 94
331 Swerling Target Models 94
332 Generalized Target Models 96
333 Target Spectrum and Correlation Time 98
334 Correlation Frequency 99
3 4 Spatial Distribution of Cross Section 99
341 Target Glint 99
342 The Two-Element Target 101
343 Angle, Range, and Doppler Glint 102
344 Glint Spectrum 103
3 5 Bistatic Cross Section 104
351 Forward-Scatter RCS 105
352 Extent of Bistatic Enhancement 105
3 6 Radar Clutter 107
361 Surface Clutter 108
362 Sea Clutter 109
363 Land Clutter Ill
364 Surface Clutter Amplitude Distribution 113
365 Velocity Spectrum of Surface Clutter 114
366 Precipitation Clutter 117
367 Chaff 118
368 Spatial and Velocity Extent of Volume Clutter 119
369 Amplitude Distribution of Volume Clutter 122
3 6 10 Discrete Clutter Sources 122
3 7 Jamming 123
371 Noise Jamming 123
372 Deception Jamming 125
373 Decoys 125
References 126
Appendix 3 A Problems on Targets and Interference 127
Appendix 3B Mathcad Tools Provided 130
Radar System Analysis and Modeling
viii
Chapter 4 Radar Antennas ^
4 1 Radar Response in Four Coordinates 135
411 Radar Resolution 135
412 Separable Angle Response 135
413 Reciprocity of Antenna Patterns 139
4 2 Antennas and Arrays 139
421 Uniformly Illuminated Aperture 140
422 Tapered Aperture Illumination 141
423 Elliptical and Circular Apertures 144
424 Antenna Sidelobes 145
425 Reflector Antennas 146
426 Lens Antennas 151
427 Planar Array Antennas 152
4 3 Phased Arrays 154
431 Element and Array Factors 154
432 Phase Scanning 154
433 Frequency Scanning 157
434 Thinned Arrays 159
435 Phase Shifters 160
436 Array Feed Systems 162
437 Amplifier Arrays 164
438 Beam-Forming Matrices 165
439 Phase and Amplitude Error Effects 167
4 3 10 Array Bandwidth 170
4 4 Ultra-Low-Sidelobe Antennas 173
441 Definitions 173
442 Design of Scanning ULS A Systems 174
443 Ultra-Low-Sidelobe Reflector Antennas 175
4 5 Multiple-Beam Antennas 179
451 Stacked-Beam Systems 179
452 Monopulse Antennas 181
453 Focal-Plane Array Feeds 187
454 Digital Beam-Forming 187
References 188
Appendix 4A Problems on Radar Antennas 189
Appendix 4B Mathcad Tools Provided 192
Chapter 5 Waveforms and Signal Processing 195
5 1 The Ambiguity Function 195
511 Implementation of Matched Filter 196
512 Response to a Rectangular Pulse 198
513 Resolution Properties of a Simple Pulse 201
5 2 Pulse Compression 202
521 Phase-Coded Pulse Compression 203
Contents ix
522 Linear FM Pulse Compression 205
523 Nonlinear Chirp Waveforms 207
524 Doppler Tolerance of Pulse Compression
Waveforms 215
5 3 Moving-Target Indication 217
531 Spectra of Pulse Trains 217
532 Ambiguity Function of a Pulse Train 219
533 Optimum MTI Filter 221
534 Implementation of Practical MTI Filters 221
535 Staggered-PRF and PRF-Diversity MTI 224
536 MTI with Pulsed-Oscillator Transmitter 225
537 Noncoherent MTI 226
538 Area MTI 227
539 Performance of Coherent MTI 228
5 3 10 Performance of Noncoherent MTI 233
5 3 11 MTI with Moving Clutter 234
5 3 12 Losses in MTI Systems 234
5 3 13 Detectability Factors in MTI Systems 237
5 4 Pulsed Doppler 237
541 Definitions 237
542 Low-PRF PD (MTD) Radar 239
543 Medium-PRF PD Radar 243
544 High-PRF PD Radar 246
545 Oscillator Effects on Performance of PD Radar 248
546 Filter Sidelobe Effects on Performance of PD
Radar 252
547 Loss Factors in PD Radar 253
548 Detection Range of PD Radar 256
References 257
Appendix 5 A Problems on Waveforms and Signal Processing 258
Appendix 5B Mathcad Tools Provided 262
Chapter 6 Radar Propagation 267
6 1 Atmospheric Attenuation 268
611 Clear Atmosphere 268
612 Weather Attenuation 272
613 Attenuation Through a Wet Radome 275
614 Ionospheric Attenuation 275
615 Attenuation in Chaff 275
616 Blake’s Method for Predicting Detection Range
with Attenuation 276
617 Atmospheric Noise Temperature 277
618 Atmospheric Lens Loss 278
621 Propagation Factor 279
622 Surface Reflection Geometry 280
623 Reflection Coefficient 282
624 Rough Surfaces 285
625 Vegetation Factor 287
626 Effect of Pattern-Propagation Factor on Radar
Coverage 288
6 3 Diffraction 288
631 Smooth-Sphere Diffraction 288
632 Transition from Diffraction to Interference
Regions 290
633 Knife-Edge Diffraction 290
634 Rough Surface Effects 293
6 4 Atmospheric Refraction 295
641 Exponential Reference Atmosphere 296
642 Elevation and Range Bias Errors 297
643 Correction of Bias Errors 300
644 Tropospheric Fluctuations 300
645 Ducting 301
646 Ionospheric Refraction 302
647 Faraday Rotation 304
References 305
Appendix 6AProblems on Radar Propagation 306
Appendix 6BMathcad Tools Provided 308
Chapter 7 Radar Surveillance 311
7 1 Fundamentals of Surveillance Radar 311
7 2 Two-Dimensional Air Surveillance Radar 314
721 Definition of 2-D Search Problem 314
722 Dwell Time and Beamwidths 316
723 Aperture Area Constraint 318
724 Minimum Average Power for 2-D Surveillance 318
725 Economic Balance Between Power and Aperture 318
726 Propagation and Clutter Considerations in 2-D
Radar 319
727 Example of Medium-Range 2-D Air Traffic
Control Radar 321
7 3 Stacked-Beam Three-Dimensional Surveillance Radars 323
731 Definition of 3-D Search Problem 324
732 Dwell Time and Beamwidths 324
733 Aperture Area and Average Power 325
734 Clutter Considerations in Stacked-Beam 3-D
Radar 326
735 Examples of Long-Range Stacked-Beam 3-D
Radar 326
Contents
xi
736 Within-Pulse Scanning 3-D Radar 329
7 4 Scanning-Beam 3-D Surveillance Radar 330
741 Scanning-Beam Dwell Time and Beamwidths 330
742 Aperture Area and Average Power 333
743 Clutter Considerations in Scanning-Beam 3-D
Radar 333
744 Example of Scanning-Beam 3-D Radar 334
745 Search Modes of Multifunction Radars 335
7 5 Hybrid 3-D Surveillance Radar Systems 337
751 Stacked Beams in Multiple Elevation Sectors 338
752 Multiplexed Scanning Beams 338
7 6 Horizon Scan 339
761 Frame Time and Elevation Beamwidth 339
762 Typical Horizon Scan Problems 340
7 7 Marine Navigation Radar 341
771 Definition of Search Volume 342
772 Dwell Time and Azimuth Beamwidth 342
773 Radar Equation for Marine Navigation Radar 343
774 Examples of Long-Range Marine Navigation
Radar 344
7 8 Surface Surveillance Radar 344
781 Battlefield Surveillance 345
782 Airborne Surface Surveillance with Real
Aperture 347
783 Airborne Surface Surveillance with Synthetic
Aperture Radar (SAR) 348
784 Air-to-Surface Targeting 350
7 9 Tracking with Surveillance Radar Data 351
791 Error in Target Reports 351
792 Track-While-Scan Filters 352
793 Initiation and Retention of Track 355
7 10 Surveillance Radar ECM and ECCM 356
7 10 1 Noise Jamming of Surveillance Radar 357
7 10 2 Detection Range of Surveillance Radar in Noise
Jamming 358
7 10 3 Deception Jamming of Surveillance Radars 362
7 10 4 ECCM Provisions for Surveillance Radar 364
7 10 5 Summary of Surveillance Radar ECCM 370
References 371
Appendix 7 A Problems on Surveillance Radar 372
Appendix 7BMathcad Tools Provided 378
Chapter 8 Radar Tracking and Measurement 383
8 1 Measurement Fundamentals 383
811 Basic Measurement Process 383
Radar System Analysis and Modeling
xii
812 Measurement Sensitivity 385
813 Optimum Estimators for the Noise Environment 387
8 2 Angle Measurement 388
821 Sequential and Simultaneous Lobing 388
822 Conical Scan 390
823 Sector Scan 392
824 Monopulse Radar 393
825 Monopulse Signal Processing 400
8 3 Range Tracking and Measurement 410
831 Optimum Estimator for a Single Pulse 411
832 Mismatched Estimator for a Single Pulse 413
833 Ranging on Pulse Trains 415
834 Range Measurement in a Digital Signal
Processor 418
8 4 Doppler Measurement 419
841 Doppler Measurement on a Single Pulse or
Sample 419
842 Doppler Measurement on Pulse Train 422
843 Resolution of Doppler Ambiguities 423
8 5 Radar Error Analysis 424
851 Classification of Measurement Errors 424
852 Dynamic Lag Error 427
853 Multipath Reflection Errors 430
854 Errors from Clutter 442
855 Radar Error Budget 444
8 6 Target Acquisition by a Tracking Radar 445
8 7 Multifunction Array Radar 448
8 8 Tracking Radar ECM and ECCM 452
881 Objective of ECM Against Tracking Radar 452
882 Prevention of Acquisition 453
883 Delay of Acquisition 453
884 Denial of Range and Doppler Data 454
885 Introduction of Range and Doppler Errors or
Break-Lock 455
886 Introducing Large Errors or Breaking Lock in
Angle 456
References 461
Appendix 8AProblems on Tracking Radar 463
Appendix 8B Mathcad Tools Provided 469
Chapter 9 The Radar Loss Budget 471
9 1 Loss Categories 471
911 Location of Losses in the Radar-Target System 471
912 Constant, Target-Dependent, and Statistical
Losses 472
Contents
I
#
xiii
9 2 RF Line Losses 473
921 Transmitter Line Loss 473
922 Receiving Line Loss 475
9 3 Propagation Losses 476
931 Atmospheric and Weather Attenuation 476
932 Losses Other Than Attenuation 477
9 4 Antenna Losses 478
941 Losses Inherent in the Antenna Design 478
942 Losses Due to Practical Antenna Implementation 481
943 Losses Due to Antenna Operation 484
944 Total Antenna Loss 487
9 5 Receiver/Processor Losses 487
951 Deterministic Losses 488
952 Statistical Losses 492
9 6 Assignment of Losses in Radar Equation 499
961 Antenna Losses 499
962 Noise Temperature 500
963 Pattern-Propagation Factor 500
964 Detectability Factor 500
965 Signal Processing Loss 501
966 Separate Loss Terms in Radar Equation 501
967 Loss Budget Program 501
9 7 Typical Loss Budgets 501
971 Loss Budget for Mechanically Scanned 2-D
Surveillance Radar 501
972 Loss Budget for Mechanically Steered
Monopulse Tracking Radar 503
973 Loss Budget for a Space-Fed MFAR 505
974 Summary 506
References 507
Appendix 9A Problem on Loss Budget 507
Appendix 9B Mathcad Tools Provided 509
Programs from Previous Chapters 510
Appendix A List of Symbols 513
Appendix B Abbreviations and Acronyms 531
About the Author 533
Index
|
| any_adam_object | 1 |
| author | Barton, David Knox 1927- |
| author_GND | (DE-588)142531944 |
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| dewey-ones | 621 - Applied physics |
| dewey-raw | 621.3848 |
| dewey-search | 621.3848 |
| dewey-sort | 3621.3848 |
| dewey-tens | 620 - Engineering and allied operations |
| discipline | Elektrotechnik Elektrotechnik / Elektronik / Nachrichtentechnik |
| format | Book |
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| id | DE-604.BV019378375 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T19:58:54Z |
| institution | BVB |
| isbn | 1580536816 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-012841532 |
| oclc_num | 56482185 |
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| owner | DE-29T DE-91 DE-BY-TUM |
| owner_facet | DE-29T DE-91 DE-BY-TUM |
| physical | XVIII, 545 S. Ill. 1 CD-ROM (12 cm.) |
| publishDate | 2005 |
| publishDateSearch | 2005 |
| publishDateSort | 2005 |
| publisher | Artech House |
| record_format | marc |
| series2 | Artech House radar library |
| spelling | Barton, David Knox 1927- Verfasser (DE-588)142531944 aut Radar system analysis and modeling D. K. Barton Boston [u.a.] Artech House 2005 XVIII, 545 S. Ill. 1 CD-ROM (12 cm.) txt rdacontent n rdamedia nc rdacarrier Artech House radar library Rev. ed. of: Barton, David K.: Radar system analysis Mathematisches Modell Radar Radar Mathematical models Radar (DE-588)4176765-2 gnd rswk-swf Radar (DE-588)4176765-2 s DE-604 HEBIS Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=012841532&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Barton, David Knox 1927- Radar system analysis and modeling Mathematisches Modell Radar Radar Mathematical models Radar (DE-588)4176765-2 gnd |
| subject_GND | (DE-588)4176765-2 |
| title | Radar system analysis and modeling |
| title_auth | Radar system analysis and modeling |
| title_exact_search | Radar system analysis and modeling |
| title_full | Radar system analysis and modeling D. K. Barton |
| title_fullStr | Radar system analysis and modeling D. K. Barton |
| title_full_unstemmed | Radar system analysis and modeling D. K. Barton |
| title_short | Radar system analysis and modeling |
| title_sort | radar system analysis and modeling |
| topic | Mathematisches Modell Radar Radar Mathematical models Radar (DE-588)4176765-2 gnd |
| topic_facet | Mathematisches Modell Radar Radar Mathematical models |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=012841532&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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