PRINCIPLES OF BUILDING AN INFRASTRUCTURAL DIGITAL ELECTROMAGNETIC SAFETY PLATFORM
Yu.M. Spodobaev, FSBI Branch NIIR-SONIIR, chief researcher, professor, Dr.Sci.(Tech.); firstname.lastname@example.org
Keywords: electromagnetic safety, digital platform, interaction participants, results of digital transformation.
The article presents considerations for the formation of a digital platform as a modern instrument of public administration as one of the components of national security, which is the electromagnetic security of the population. The main participants, the structure and key areas of platform interaction are identified, the expected results of the digital transformation of the subject area are discussed.
5G TECHNOLOGIES IN THE PROFESSIONAL RADIO COMMUNICATION SYSTEM OF McWiLL
O.A. Shorin, Moscow Technical University of Communications and Informatics (MTUCI), professor, Dr.Sci.(Tech.); email@example.com
G.O. Bokk, OJSC NIRIT-XINWEI Telecom Technology (NXTT), chief science officer, Dr.Sci.(Tech.); firstname.lastname@example.org
Keywords: McWiLL, 5G, NB-IoT, OFDM, FBMC, GFDM, UFMC, mMIMO, adaptive antenna.
At the current stage of development of communication systems, there is an active transition from the 4G generation to 5G. A number of properties and methods inherent in the broadband professional radio communication system of the McWiLL technology correspond to 5G technologies to one degree or another. Despite the fact that only proprietary networks (to which McWiLL belongs) are acceptable for critical communications and solutions based on NR (5G) general use networks are not allowed, it seems useful to compare their performance characteristics. The proposed article discusses in detail the main distinguishing features of 5G and their analogues implemented in McWiLL.
ANALYSIS AND PROSPECTS FOR THE DEVELOPMENT OF A SELF-ORGANIZING CELLULAR PUBLIC WIRELESS COMMUNICATION NETWORK
V.I. Evseev, Baltic State Technical University «VOENMEH» named after D.F. Ustinov, department of radio-electronic control systems, professor, Dr.Sci.(Tech.); email@example.com
A.V. Volovodov, Baltic State Technical University «VOENMEH» named after D.F. Ustinov, department of radio-electronic contro systems, assistance lecturer; Salsa199359@gmail.com
Keywords: base stations, communication standards, cellular communications, wireless self-organizing networks, bandwidth, broadband wireless access, shared data management architecture, mobile network operators.
The article discusses the analysis and prospects for the development of public wireless cellular communications. A review of modern communication technologies is made and proposals for organizing a fifth-generation communication network are formulated, which make it possible to systematically evaluate the prospects for using technologies of self-organizing networks and the possibility of their technical and organizational implementation.
RECURRENT GOLD SEQUENCES BASED ON REED-SOLOMON DUAL CODES
D.S. Kukunin, Bonch-Bruevich Saint-Petersburg State University of Telecommunications (SPbSUT), department of communication networks and data transmission, associate professor, Ph.D.; firstname.lastname@example.org
O.S. Kognovitsky, SPbSUT, department of communication networks and data transmission, professor, Dr.Sci.(Tech.); email@example.com
A.A. Berezkin, SPbSUT, department of software engineering and computer science, associate professor, Ph.D.; firstname.lastname@example.org
R.V. Kirichek, SPbSUT, rector, associate professor, Dr.Sci.(Tech.); email@example.com
Keywords: recurrent sequence, Reed-Solomon code, Gold code, Galois field.
The main idea of this paper is to represent Reed-Solomon codes as recurrent sequences constructed on the basis of a characteristic polynomial. This gives this type of codes the properties inherent in binary maximum length sequences and also ensures their processing by the dual basis of the Galois field. At the same time, the article shows the possibility of code compaction of Reed-Solomon dual codes into Gold codes. The methods of processing recurrent sequences proposed in the article can later be used to organize mechanisms for guaranteed information delivery in real-time streaming data transmission systems.
ANALYSIS OF THE THERMAL INTERFACE OF THE FLEXIBLE PAYLOAD OF ON-BOARD TRANSPONDER COMPLEXES
D.A. Titov, FSBI NIIR, lead design engineer; firstname.lastname@example.org
Keywords: basic load-bearing structure, onboard transponder complexes, external influence factors, flexible payload, active life, type practice modular construction principle, electronic components.
The requirements for the thermal interface of the flexible payload of automatic on-board transponder complexes are considered. The analysis of thermal modes of multi-channel assemblies of the basic load-bearing structures of the flexible payload for possible assembly options is carried out, thermal circuits of cells (standard replacement elements) of multi-channel assemblies of basic load-bearing structures are considered.
APPLICATION OF WebSDR TECHNOLOGY FOR ANALYSIS OF THE SHORTWAVE BROADCASTING IN DIFFERENT REGIONS OF THE WORLD
S.A. Korchivoy, FSBI NIIR, director of R&D Center, Ph.D.; email@example.com
D.V. Luchin, branch FSBI NIIR-SONIIR, chief designer, Ph.D.; firstname.lastname@example.org
V.Y. Nikolaeva, branch FSBI NIIR-SONIIR, 1st category engineer; email@example.com
A.P. Trofimov, branch FSBI NIIR-SONIIR, leading researcher, Ph.D.; firstname.lastname@example.org
Keywords: radio broadcasting, international broadcasting, receiver, software-defined radio.
The results of studies on the state of the shortwave radio broadcasting in different regions of the world, carried out during the initial phase of revival of international radio broadcasting in the Russian Federation, are described.
THE BROADCASTING SYSTEM AS AN OBJECT OF STUDY IN THE THREAT MODEL
E.G. Vorobiev, Saint-Petersburg Electrotechnical University «LETI», head of the department of information security, Ph.D.; email@example.com
K.Yu. Kolomensky, branch FSUE NIIR-LONIIR, deputy director for science, Ph.D.; firstname.lastname@example.org
A.M. Sinilnikov, branch FSUE NIIR-LONIIR, leading engineer of scientific and technical department, email@example.com
Keywords: threat model, broadcasting system, critical information infrastructure, information protection means, confidentiality, integrity, availability of information.
The article is devoted to revealing the peculiarities of the broadcasting system as an object of study in the course of modernization of its organizational and technical security measures. The study is conducted within the framework of developing a threat model. The conclusion is made that the system of television and radio broadcasting should be regarded as an information and telecommunication network, significant within the framework of digital economy, and its owners — as the subjects of critical information infrastructure. Consequently, the requirements to create computer incident
response centers must be met, and interaction with the State System for the Detection, Prevention and Elimination of Computer Attacks (GOSSOPKA) must be organized. The development of broadcasting system security should be based on modern models of active counteraction to computer attacks. This is ensured by simulating attacks on a test bed based on the information received.
ERROR DETECTION AND CORRECTION IN DATA TRANSMISSION SYSTEMS
A.A. Pavlov, branch of the Military Academy of Strategic Missile Forces named after Peter the Great (MA SMF), professor, Dr.Sci.(Tech.); Pavlov_iif@mail.ru
A.N. Tsarkov, Autonomous Non-Profit Organization (ANPO) «Institute of Engineering Physics», chairman of the board, professor, Dr.Sci.(Tech.); firstname.lastname@example.org
I.I. Korneev, branch of the MA SMF, head of department, Ph.D.; Igoremail@example.com
A.Yu. Romanenko, ANPO «Institute of Engineering Physics», researcher, Ph.D.; firstname.lastname@example.org
M.I. Makeev, branch of the MA SMF, researcher; email@example.com
F.A. Pavlov, branch of the MA SMF, researcher; Pavlov_iif@mail.ru
Keywords: algebraic linear code, additional code, inversion operation, subtraction operation.
The expediency of using algebraic linear codes for detecting and correcting errors in specialized computers is substantiated, which allows, in relation to the majority method and the duplication method, to significantly reduce hardware costs and use 10−30% of reserve equipment for these purposes. The possibility of using corrective codes to correct processor errors during information processing has been established. An example of using a Hamming code to correct processor errors during an addition operation is considered. It is shown that the existing algebraic codes cannot be used to control the arithmetic operations of subtraction and division, since they do not allow controlling the logical inversion operation necessary to represent a negative number in an additional code. An algorithm for constructing a code has been developed that makes it possible to control the logical operation of negation and, consequently, the representation of a negative number in an additional code. The parameters of the developed code are determined. An example of using the proposed code to control the arithmetic operation of subtraction is considered.
THE RANGE OF LEVELS OF THE AREA OF PERMISSIBLE EFFICIENCY OF THE RADIAL-RING TYPICAL STRUCTURE OF THE TELECOMMUNICATION NETWORK
S.A. Iasinskii, S.M. Budyonny’s Military Academy of Communications (MAC), professor, associate professor, Dr.Sci.(Tech.); firstname.lastname@example.org
A.N. Zyuzin, S.M. Budyonny’s MAC, teacher, Ph.D.; email@example.com
P.G. Romanenko, S.M. Budyonny’s MAC, associate professor, Ph.D.; firstname.lastname@example.org
B.G. Repin, S.M. Budyonny’s MAC, associate professor, Ph.D.(Mil.); email@example.com
Keywords: infocommunication network, radial-ring typical structure, range of acceptable efficiency levels, graphical method, algebraic method.
The article analyzes the area of permissible efficiency of radial-ring typical structures for building infocommunication networks based on the average harmonic and average difference values of the relative efficiency coefficients of their structural components, and justifies the need to introduce a range of levels for this area. The boundary values of the range of levels are determined and the corresponding mathematical models are developed.