Modern Communications Jamming Principles and Techniques

By: Richard A. Poisel

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Hardcover | 30 November 2003

At a Glance

Hardcover
500 Pages

Dimensions(cm)
22.86 x 15.88 x 2.54

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Published: 31st March 2011

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Here's a unique resource that examines in detail the techniques and methods available to create countermeasures against anti-jam, over-the-air communications. For the first time, you get a practical resource that is focused on showing you how to design and build jammers specifically targeted at spread spectrum, anti-jam communications. Moreover, you find assistance in evaluating the expected performance of jamming systems against modern communications systems, and discover the best waveform to use to counter communication systems designed to be effective in jamming environments.

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Non-Fiction Engineering & Technology Electronics & Communications Engineering Communications Engineering & Telecommunications Radio Technology Radar Technology Warfare & Defence Other Technologies & Applied Sciences Military Engineering Industrial Chemistry & Manufacturing Technologies

Preface	p. xiii
Acknowledgments	p. xv
Antijam Communications and Electronic Countermeasures	p. 1
Antijam Communications	p. 1
Networks	p. 3
Spread Spectrum Technology	p. 5
Low Probability of Detection	p. 6
Low Probability of Intercept	p. 6
Low Probability of Exploitation	p. 7
AntiJam	p. 7
AJ Signal Types	p. 7
Direct Sequence Spread Spectrum	p. 7
Frequency Hopping Spread Spectrum	p. 8
Time Hopping	p. 8
Hybrids	p. 9
Synchronization	p. 9
Frequency Range Effects	p. 10
Concluding Remarks	p. 10
References	p. 11
Radio Signal Propagation	p. 13
Propagation of Signals in the VHF and Above Range	p. 13
Noise	p. 14
Free Space Propagation	p. 16
Propagation Close to the Earth	p. 17
Smooth Earth	p. 18
Effective Antenna Height	p. 28
Surface Roughness	p. 29
Diffraction Loss	p. 32
Propagation Into and Out of Buildings	p. 35
Terrain Irregularity	p. 35
Attenuation Due to Woodlands	p. 35
Multipath Reception	p. 36
Doppler Shift	p. 40
Indoor Propagation	p. 42
Oxygen Absorption at 60 GHz	p. 43
Propagation Models	p. 43
Propagation of Signals in the HF Range	p. 50
Noise	p. 50
Ground Wave	p. 51
Sky Wave	p. 61
Concluding Remarks	p. 66
References	p. 68
Signaling for Antijam Communications	p. 71
Communication System Model	p. 72
Signaling Performance in Interference and Noise	p. 73
Modulations	p. 73
Binary Signal Reception	p. 78
Frequency Shift Key Performance	p. 82
Phase Shift Key Performance	p. 97
Chaotic Shift Key	p. 113
Error Control	p. 116
Coding Techniques	p. 117
Block Coding	p. 117
Convolutional Coding	p. 123
Bit Interleaving	p. 125
Side Information	p. 126
Jammer State Information	p. 126
Channel State Information	p. 127
Processing Gain	p. 127
Direct Sequence Spread Spectrum	p. 127
DSSS Processing Gain	p. 130
Frequency Hopping Spread Spectrum	p. 131
Fast Frequency Hopping	p. 133
Slow Frequency Hopping	p. 135
DS and FH Hybrid Spread Spectrum	p. 138
Ultrawideband Communications	p. 139
Concluding Remarks	p. 145
References	p. 146
Linear Feedback Shift Registers and Linear Recursive Sequences	p. 149
Galois Fields	p. 149
Polynomials	p. 151
Shift Registers	p. 154
Maximal Sequences	p. 165
Correlation Functions	p. 166
Properties of m-Sequences	p. 168
Product Codes	p. 171
Gold Codes	p. 171
Kasami Codes	p. 172
LFRS Design	p. 172
Synthesis of m-Sequence LFRSs	p. 174
Other Ways to Generate m-Sequences	p. 175
Applications	p. 176
FHSS	p. 176
DSSS	p. 176
Concluding Remarks	p. 178
References	p. 178
Synchronization and Tracking in Spread Spectrum Systems	p. 179
DSSS Synchronization and Tracking	p. 180
DSSS Synchronization	p. 180
DSSS Tracking	p. 189
FHSS Synchronization and Tracking	p. 189
FHSS Synchronization	p. 191
FHSS Tracking	p. 202
Concluding Remarks	p. 211
References	p. 211
Jamming Techniques	p. 213
Jamming Strategies	p. 214
Partial Dwell Jamming of FH Systems	p. 215
Noise Jamming	p. 215
Tone Jamming	p. 224
Swept Jamming	p. 235
Pulse Jamming	p. 236
Follower Jamming	p. 237
Smart Jamming	p. 248
Asset Sharing	p. 249
Look-Through	p. 249
Power Sharing	p. 249
Time Sharing	p. 250
Jamming-Power to Signal-Power Ratios	p. 250
R[superscript n] Model JSR	p. 251
Ground Reflection Propagation JSR	p. 251
Nicholson JSR	p. 254
Egli Model JSR	p. 254
Jammer Platform Configurations	p. 254
Concluding Remarks	p. 255
References	p. 256
Antijam Signal Detection	p. 259
Receivers	p. 260
Staring Receivers	p. 260
Scanning Receivers	p. 261
Detectors	p. 265
Matched Filter	p. 265
Radiometers	p. 267
Filter Bank Combiner	p. 268
Direct Sequence	p. 271
Signal-Specific Detection	p. 271
Nonsignal-Specific Detection	p. 273
Frequency Hopping	p. 278
FHSS Signal Sorting	p. 278
Performance Simulation	p. 290
Simulation Description	p. 290
Collected Statistics	p. 296
Results	p. 296
Concluding Remarks	p. 307
References	p. 307
Jamming Direct Sequence Spread Spectrum Systems	p. 311
Spectral Characteristics of DSSS	p. 312
BBN Jamming of DSSS Systems	p. 315
BPSK and QPSK	p. 319
BBN Jamming of Chaotic Systems	p. 321
PBN Jamming of DSSS Systems	p. 322
Pulse Jamming of DSSS Systems	p. 326
Pulsed Jamming of Uncoded DSSS Systems	p. 326
Pulsed Jamming of Repeat Coded BPSK DSSS Systems	p. 328
Tone Jamming of DSSS Systems	p. 334
Single-Tone Jamming	p. 334
Multitone Jamming	p. 341
Ultrawideband Signals	p. 345
BBN Jamming	p. 346
Multitone Jamming	p. 347
Pulsed Jamming	p. 347
Concluding Remarks	p. 348
References	p. 349
Jamming Fast Frequency Hopping Systems	p. 353
Multiple Dwells per Data Bit	p. 356
BBN Jamming of FFH Systems	p. 357
Follower Jamming of FFH Systems	p. 359
Follower/NBN Jamming	p. 361
Follower/Tone Jamming	p. 366
Summary for Follower Jamming	p. 371
PBN Jamming of FFH Systems	p. 372
PBN Jamming of Error-Coded Signals	p. 374
Narrowband Noise Jammer	p. 376
Single-Tone Jamming of FFH Systems	p. 376
Multiple Tone Jamming of FFH Systems	p. 377
Uncoded FFH MFSK Signals	p. 378
Coded FFH MFSK Signals	p. 379
Pulsed Jamming of FFH Systems	p. 379
Concluding Remarks	p. 379
References	p. 382
Jamming Slow Frequency Hopping Systems	p. 385
BBN Jamming of SFH Systems	p. 386
Uncoded	p. 386
Coded	p. 386
PBN Jamming of SFH Systems	p. 388
Uncoded SFH MFSK Systems	p. 388
Coded SFH MFSK Systems	p. 394
Multitone Jamming of SFH Systems	p. 404
Uncoded SFH MFSK Systems	p. 405
Coded SFH MFSK Systems	p. 410
Follower Jamming of SFH Systems	p. 412
Noise Jamming	p. 413
Tone Jamming	p. 414
Comparison	p. 415
Coded MFSK Jamming	p. 417
Concluding Remarks	p. 418
References	p. 419
Jamming Hybrid Spread Spectrum Systems	p. 423
Coherent Reception	p. 424
Coherent Asynchronous BPSK DS/SFH Systems	p. 427
Coherent Asynchronous QPSK DS/SFH Systems	p. 427
Coherent Synchronous BPSK DS/SFH Systems	p. 428
Coherent Synchronous QPSK DS/SFH Systems	p. 428
BBN Jamming Coherent DS/SFH Systems	p. 429
PBN Jamming Coherent DS/SFH Systems	p. 431
Multitone Jamming Coherent DS/SFH Systems	p. 433
NBN Follower Jamming Coherent DS/SFH Systems	p. 437
Jamming Coherent DS/SFH Systems Comparisons	p. 437
Noncoherent Reception	p. 437
Noncoherent Asynchronous DS/SFH Systems	p. 440
Noncoherent Synchronous DS/SFH Systems	p. 441
BBN Jamming Noncoherent DS/SFH Systems	p. 441
PBN Jamming Noncoherent DS/SFH Systems	p. 445
Multitone Jamming of Noncoherent DS/FHSS Systems	p. 447
Jamming DS/SFH Performance Comparisons	p. 452
Concluding Remarks	p. 453
References	p. 454
Q-Function	p. 457
Introduction	p. 457
Marcum's Q-Function	p. 458
Modified Bessel Function of the First Kind and 0th Order	p. 459
Generalized Q-Function	p. 461
References	p. 461
Simulated Networks	p. 463
List of Acronyms	p. 471
About the Author	p. 475
Index	p. 477
Table of Contents provided by Ingram. All Rights Reserved.

Modern Communications Jamming Principles and Techniques

At a Glance

New Edition

Hardcover

Shipping

How to return your order

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You Can Find This Book In

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