: Anatoly M. Rembovsky, Alexander V. Ashikhmin, Vladimir A. Kozmin, Sergey M. Smolskiy
: Radio Monitoring Automated Systems and Their Components
: Springer-Verlag
: 9783319742779
: 1
: CHF 143.10
:
: Elektronik, Elektrotechnik, Nachrichtentechnik
: English
: 486
: Wasserzeichen/DRM
: PC/MAC/eReader/Tablet
: PDF

This book discusses the architecture of modern automated systems for spectrum monitoring including automation components: technical means for spectrum monitoring, special software and engineering infrastructure. The problems of automated system development for search and localization of unauthorized radio emission sources in open localities, mathematical methods and algorithms for modulation of parameter measurements for wireless communication as well as issues of identification and localization of radio emission sources are considered. Constructive solutions and modern technical means for radio monitoring and their application are given. Numerous examples are described for the implementation of automated systems, digital radio receivers and radio direction-finders, analyzers of parameters for GSM, CDMA, LTE, DVB-T/T2, Wi-Fi, DMR, P25, TETRA and DECT signals. Practical implementations of the described methods are presented in applied software packages and in radio monitoring equipment.



Anatoly M. Rembovsky graduated from Moscow Power Engineering Institute (MPEI) in 1966. During 1967-1992 he took part as the responsible designer and then as the design supervisor of the radio electronic equipment of special application. He worked as military designer in Defense Ministry. In 1975 he defended his Ph.D thesis in Engineering at System of the Ministry of Defense (special theme). In 1986 he was awarded the Honorary Inventor of Russia. In 1990 he became the Prize-Winner of USSR Council of Ministers. From 1992 till the present time he is the supervisor of radio monitoring, direction-finding, digital panoramic receiving systems in the field of JSC IRCOS Company on the basis of the orders of  Russian enforcement organizations, Russian Federal Service of Custom and Export Control, Radio Checking offices (radio frequency centers), Ministry of Communication, Ministry of Railway Transport, security offices of Russian state and private companies and foreign organizations. In 2003 he defended his Dr. Sc. thesis in theoretical investigations, development and implementation of automated radio monitoring, direction-finding and electromagnetic emission sources identification systems at the Moscow Power Engineering Institute (Technical University) in Moscow. Research interests of Anatoly Rembovsky are concentrated on radio monitoring, radio emission sources direction-finding, digital panoramic radio receivers, signal detection, signal recognition. Anatoly Rembovsky is author of more than 140 publications among which the books, papers in journals, Russian authors certificates and patents on the inventions.  Alexander V. Ashikhmin had got the M.Sc. degree in 1986 from Voronezh Politechnical Institute (now Voronezh State Technical University) on theme 'Investigations of Cache-memory organization methods influence on the digital signal processing operation speed'. At 2004 he had got Ph.D. on theme 'Mathematical modeling of the vibrator antenna array for the software-hardware direction-finding complexes with account of the design elements electrodynamic interaction' from  Voronezh State Technical University. At 2006 he had got Doctor of Science on the theme 'Investigation and design of wideband antennas for  radiomonitoring systems' from Bauman Moscow State Technical University. From 1997 till the present time  works as the Chief Engineer in IRCOS JSC
Preface6
Acknowledgements9
Contents11
Acronyms and Abbreviations17
1 Automated Radio Monitoring Systems26
1.1 Introduction26
1.2 Principles of Automated System Construction30
1.3 Monitoring Equipment40
1.4 ARMADA Automated Radio Monitoring System54
1.5 ASU RCHS UNIVERSIADA 2013 Automated System61
1.5.1 System Composition and Control Structure62
1.5.2 Radio Monitoring Levels in the System63
1.5.3 Organization of the Control Center64
1.5.4 Monitoring Equipment66
1.5.5 Subsystems to Provide International Activity74
1.5.6 Execution of Radio Monitoring78
1.5.7 Sequence of Radio Monitoring System Deployment80
1.6 Summary84
References86
2 Unauthorized Radio Emission Revelation88
2.1 Introduction88
2.2 AREAL Automated Systems for Radio Monitoring in the Restricted Territory and Objects89
2.3 Typical Variants of the AREAL ARMS Utilization91
2.4 Monitoring Equipment for Unauthorized RES Revelation93
2.5 AREAL-1 Automated Radio Monitoring System95
2.6 AREAL-2 Automated Radio Monitoring System98
2.7 AREAL-3 Automated Radio Monitoring System102
2.8 AREAL-4 Automated Radio Monitoring System104
2.9 AREAL-5 Automated Radio Monitoring System105
2.10 Unauthorized RES Revelation Methods in the Monitored Objects117
2.11 Stages of Unauthorized RES Revelation118
2.12 Unauthorized RES Revelation in the Adjacent Territory123
2.13 Software Support125
2.14 Summary133
References134
3 SMO-ARMADA Software System136
3.1 Introduction136
3.2 Architecture of the SMO-ARMADA139
3.3 Components of the Software System144
3.4 Radio Monitoring Sub-system145
3.5 Driver of the Radio Monitoring Server146
3.6 HWCL Protocol148
3.7 Operation with Accounting and Reference Data153
3.8 Accounting of Requests for Search and Formulation of Missions154
3.9 Cartographic Support157
3.10 Organization of Data Transporting158
3.11 Eventual Mechanism159
3.12 Report Generation Sub-system161
3.13 Data Storage162
3.14 Data Exchange with External Systems163
3.15 Sub-system of Administration163
3.16 Updating of the Software Sub-system166
3.17 Self-diagnostics of the Status167
3.18 SNMP Protocol167
3.18.1 Architecture of the Self-diagnostics Sub-system168
3.18.2 Adjustment of the Self-diagnostics Sub-system170
3.18.3 Check of the Hardware Parameters171
3.19 Summary175
References176
4 Engineering-Technical Infrastructure178
4.1 Introduction178
4.2 Control Center and Control Points178
4.3 Radio Monitoring Station183
4.4 Data Transmission System186
4.5 Data Transmission Channels188
4.6 Summary197
References198
5 Digital Radio Receivers and Direction-Finders199
5.1 Introduction199
5.2 Constructive Variants of Digital Radio Receiving Devices203
5.3 Integration of Radio Receivers into the Antenna System206
5.3.1 Feeder Influence on Monitoring Equipment Characteristics206
5.3.2 Preamplifiers Application209
5.3.3 Integration of Radio Receiver into the Antenna System215
5.3.4 Examples of Equipment with Integrated Receivers217
5.4 Selection of Sampling Frequency220
5.5 Formation of the Quadrature Components227
5.6 Complex Digital Filtering233
5.7 Resampling of Digital Signal240
5.8 Multi-channel Narrowband Filtering243
5.9 Direction-Finding of Signals with Small Duration244
5.10 Address Direction-Finding of Digital Signals245
5.10.1 Direction-Finding of GSM Mobile Stations247
5.10.2 Direction-Finding of Wi-Fi Devices247
5.10.3 Direction-Finding of DECT Devices248
5.11 Radio Receivers of the ARGAMAK Family249
5.12 Digital Radio Receiver ARGAMAK-2K252
5.13 The Digital Radio Receiver ARGAMAK-MN254
5.14 Measuring Radio Receiver ARGAMAK-IS256
5.15 The Radio Receiver ARGAMAK-RS262
5.16 Radio Receiving Module ARC-CPS3265
5.17 Automatic Radio Direction-Finders of the ARTIKUL Family268
5.18 Multi-functional Radio Monitoring Station ARCHA-INM273
5.19 Transportable Measuring Station ARCHA-IT273
5.20 Automatic Radio Direction-Finder ARTIKUL-H1273
5.21 Transportable Automatic Direction-Finder ARTIKUL-MT275
5.22 Handheld Radio Direction-Finder ARC-RP3M276
5.23 Automatic Determination of Radio Emission Sources’ Location281
5.24 Address Direction-Finding282
5.25 Manpack Measuring Complex ARC-NK5I284
5.26 Summary285