THEORETICAL AND PRACTICAL RESEARCH TRENDS IN THE FIELD OF FLYING UBIQUITOUS SENSOR NETWORKS
A. E. Koucheryavy, Saint-Petersburg State University of Telecommunications, Head of communication networks and data transmission department, professor, Dr.Sci. (Tech.); akouch@mail.ru
A. G. Vladyko, Saint-Petersburg State University of Telecommunications, Head of the department of research and research training, Ph.D.; vladyko@bk.ru
R. V. Kirichek, Saint-Petersburg State University of Telecommunications, associate professor of communication networks and data transmission, Ph.D.; kirichek@sut.ru
The article deals with theoretical and practical research trends in the field of flying ubiquitous sensor networks (FUSN). It covered a wide range of issues: from the methods of calculation FUSN to new types of testing and model network structure for such networks. Кeywords: flying ubiquitous sensor networks, public unmanned aerial vehicles, Delay-tolerant networks, software-defined networks, new types of testing.
USING OF FLYING INTERNET OF THINGS BEFORE, DURING AND AFTER CRITICAL STAGE OF A DISASTER
A. P. Nazarenko, FGUP NIIR, Director of Science and Technical Center-Deputy Director General, Ph.D.; apn@niir.ru
V. K. Saryan, FGUP NIIR, scientific adviser, Dr.Sci. (Tech.); sarian@niir.ru
A. S. Lutokhin, FGUP NIIR, ICT lead engineer; 070@niir.ru
In the near future the devices of a new class — Internet of Things (including Flying Internet of Things where devices can move in three-dimensional space) will join the ranks of user devices that interact actively in the forming single convergent ICT environment. The paper describes possible applications of Flying Internet of Things before, during and after critical stage of a disaster. Problems of Internet of Things rationalizations are formulated and approaches to their solution are proposed.
Keywords: Flying Internet of Things, disasters, optimal control, saving people, information and communication services.
THE UNMANNED AERIAL VEHICLES AS A QUEUING SYSTEM
R. V. Kirichek, Saint-Petersburg State University of Telecommunications, associate professor of communication networks and data transmission, Ph.D.; kirichek@sut.ru
A. I. Paramonov, Saint-Petersburg State University of Telecommunications, associate professor of communication networks and data transmission, Ph.D.; alex-in-spb@yandex.ru
The paper proposes a model of communications interaction between Ubiquitous Sensor Network nodes with of Unmanned Aerial Vehicle. The proposed model describes this reaction as a queue system for cases of known and unknown the coordinates of USN nodes. The purpose of analytical modeling is to choose speed of the UAV to provide reasonable probability of reading data from sensor nodes.
Keywords: Ubiquitous Sensor Networks, Unmanned Aerial Vehicle, Delay-Tolerant Networking, Queuing System, maintenance schedule.
OPTIMIZATION OF THE UAV’s MOTION TRAJECTORY IN FLYING UBIQUITOUS SENSOR NETWORKS
K. S. Vareldzhian, Saint-Petersburg State University of Telecommunications, master‘s degree student; karisha. var@gmail.com
A. I. Paramonov, Saint-Petersburg State University of Telecommunications, associate professor of communication networks and data transmission, Ph.D.; alex-in-spb@yandex.ru
R. V. Kirichek, Saint-Petersburg State University of Telecommunications, associate professor of communication networks and data transmission, Ph.D.; kirichek@sut.ru
In this article we propose a method of interaction with terrestrial USN using unmanned aerial vehicles (UAV). This method optimizes the UAV’s motion trajectory in order to minimize the information delivery time to the user. In this article we also present the comparative evaluation of different selection algorithms of UAV’s motion trajectory. The purpose of the UAV‘s motion is to collect information from terrestrial ubiquitous sensor network.
Keywords: Ubiquitous Sensor Networks (USN), unmanned aerial vehicles (UAV), Delay-Tolerant Networks (DTN), clustering, traveling salesman problem, the penalty algorithm.
PROBLEMATIC ISSUES OF DATA DELIVERY IN A MOBILE RADIO NETWORK FOR SPECIAL PURPOSES
K. A. Polshchikov, Belgorod State University, Assistant Vice-Rector for Science and Innovation, associate professor, Ph.D.; konspol@rambler.ru
The features of a mobile radio network for special purposes as a variety of self-organizing networks are considered. The reasons of negative influence on the data delivery quality in the specified network are analyzed, and ways to improve its performance are identified.
Keywords: mobile radio network for special purposes, data delivery, self-organizing communication network.
ORGANIZATION OF OPERATIONAL MANAGEMENT INFOCOMMUNICATION NETWORKS OF THE SPECIAL PURPOSE IN THE CONDITIONS OF INTENSIVE INFLUENCES
K. E. Legkov, Military space academy of A. F. Mozhaysky, Deputy Chief of ACS chair, Ph.D.; constl@mail.ru
A. N. Burenin, Military space academy of A. F. Mozhaysky, associate professor of ACS, Ph.D.; konferencia_asu_vka@mail.ru
It is shown that taking into account that in the modern conditions of means information influence of different malefactors and violators both on telecommunication networks, and on their management systems, reached such level that they can break normal operation of an infocommunication network of a special purpose (ICN SP), influencing not only it, but also the management system (MS), special requirements which along with requirements of application traditional methods of support information security of MS, include also requirements to methods of framing the controlling influences are imposed to the organization of control ICN SP. Thus support of normal operation of the modern ICN SP in the conditions of intensive influences (including computer attacks) assumes that in MS needs to use the ad hoc methods of control allowing to organize rationally operation ICN SP.
According to features of creation and operating conditions ICN SP different options of the organization of control ensuring their normal functioning in case of intensive impacts on it are offered.
Keywords: infocommunication network, operational management, intensive influences, control, services, efficiency.
THE SPATIALLY-CORRELATION DEPENDENCES OF RADIO SIGNALS DECAMETRIC RADIO WAVES
I. M. Oroshchuk, Far Eastern Federal University (FEFU), department of electronics and communication, professor, Dr.Sci. (Tech); Oroshchuk@yandex.ru
A. N. Suchkov, The Pacific higher naval college named after S. O. Makarov, associate professor, department of radio-electronic equipment, Ph.D.; Suchkov-Andrey-1981@yandex.ru
A. M. Vasilenko, The Pacific higher naval college named after S. O. Makarov, scientific associate of a research laboratory, Ph.D.; kahunya@gmail.com
In order to implement the spatially-correlation processing method in radio communication in a decameter range, it is necessary to consider the behaviour laws of the spatially-correlation properties of signals and noise. The paper presents the spatial-correlation characteristic of the signals and noise in decameter range. Based on the results of experiments evaluated the potential applications of the processing new method in radio communication systems decameter range.
Keywords: spatially-correlation dependences of radio signals and radio noise, digital array antenna, noise immunity, spatial selectivity, cross-correlation function, experimental assembly, experimental research, statistical manipulation, data smoothing, approximation.
LEGAL SUPPORT OF SMALL CELL APPLICATION IN UMTS AND LTE MOBILE RADIO COMMUNICATION NETWORKS (PART 1)
O. L. Smirnov, JSC «IAS», Chairman of the Board of Directors, MAI, professor of department 609, Dr.Sci. (Tech.); smirnov@iasnet.ru
Y. A. Kerzhentcev, OJSC «Intellect Telecom», Deputy Director of strategic development department; kerzhencev@i-tc.ru
S. N. Padalko, MAI, Director of department 609, professor, Dr.Sci. (Tech.); snp@inmas.ru
This article discusses some aspects of legal support implementation small cell in networks of mobile radio communication standards UMTS and LTE. Small cell — this wireless access points operating in the LTE network features low power base stations (BS) short range. They support the connection of users to the core network, where access to the main network is restricted by the BS. Small cell allow operators to significantly reduce capital and operating costs in the development of the network to improve coverage and increase network capacity. Until recently, the introduction of small cell in Russia imply compliance with all previously adopted legal acts (LA) in the field of communication concerning the implementation of long-range BS (macrocell), which significantly hampered the mass introduction of small sell mobile operators. The article analyzes the current state of domestic regulatory LA introduction small cells in networks of mobile radio communication standards UMTS and LTE. LA is to analyze the development of proposals for adjustment of existing legislation to facilitate mass adoption decisions small cell in networks of mobile operators.
Keywords: normative legal acts, mobile radio communication networks, local BS, home BS, small cell, femtocells, picocells, microcells, metrocells.
DETERMINATION OF THE RESERVE PRICE OF AUCTION LICENSES TO PROVIDE TELECOMMUNICATION SERVICES USING FREQUENCY SPECTRUM IN RUSSIAN FEDERATION
E. E. Volodina, MTUCI, professor, associate professor, Ph.D.; evolodina@list.ru
Defining the reserve price is one of the stages of the preparing spectrum auction process. In the article authors give their reasons for using existing one-off and year spectrum payment calculation methodology as a base for calculating reserve price for spectrum auction taking into account existing legal framework for other nature resources (land, forest, water and so on). Authors give three possible approaches for calculating reserve price: one-off spectrum payment, yearly spectrum payment and both one-off and yearly spectrum payments. The analysis of pros and cons of those approaches made it possible to recommend one of them (the sum of one-off and yearly payments) for defining the reserve price in Russian spectrum auction.
Keywords: frequency spectrum, auction, reserve price, methodology, one-off payment, yearly payment.
ASSESSMENT OF EFFECTIVE MANAGEMENT OF INTELLECTUAL PROPERTY AT THE RADIOELECTRONIC PROFILE ENTERPRISES
N. N. Vilkova, CJSC «MNITI», General Director, Dr.Sci. (Econ.); mniti@mniti.ru
S. V. Murashova, The St. Petersburg National Research University ITMO, associate professor of the financial strategy, Ph.D.; fpp5@list.ru
O. A. Rukina, The Department of Intellectual Property, the military-technical cooperation and expertise of the Russian Defense Ministry arms deliveries, Chief economist, Ph.D.; olenka-466@mail.ru
The article describes the structure and functions of the system of intellectual property management at the enterprise. It shows the dynamics of value performance management system for the five-year period.
Keywords: intellectual property, results of intellectual activity, intangible assets, intellectual property commercialization.
PROCESSES AUTOMATION METHODS OF CLOCK NETWORK SYNCHRONIZATION SYSTEM STRUCTURE FINDING
A. N. Gorbach, Branch of FSUE ZNIIS-LO ZNIIS, Scientific and technical center deputy chief of «Communication complexes and automated control systems development for special purpose»; ang@loniis.ru
V. V. Efimov, Branch of FSUE ZNIIS-LO ZNIIS, Acting director; vve@loniis.ru
A. K. Petrichenko, Branch of FSUE ZNIIS-LO ZNIIS, Scientific and technical center chief of «Telecommunication networks synchronization» synchro@loniis.org
The main aspects of clock network synchronization system building are considered taking into account LO ZNIIS employees experience in public communication networks audit. It is proposed to discuss the method of clock network synchronization system structure finding taking into account heterogeneous links using priority as well as clock network synchronization system building solutions based on the LO ZNIIS equipment having the domestic production equipment status.
Keywords: transport telecommunication network, Weight coefficients, Undirected graph, Spanning tree, Clock network synchronization.
COMPLETED SOLUTION FOR RADIATION-HARDENED BMTI FPGA SYSTEM IN AEROSPACE APPLICATION
Zhao Yuanfu, Director of Beijing Microelectronics Technology Institute (BMTI), Ph.D.; www.bmti.com.cn
Chen Lei, Assistant Director of BMTI, Ph.D.
Li Xuewu, Manager of FPGA department in BMTI, Ph.D.
Feng Changlei, Hardware leader of FPGA department in BMTI, Dipl.-Ing.
Wang Shuo, Software leader of FPGA department in BMTI, Dipl.-Ing.
The single event effects such as SEU/SET will cause dysfunction to FPGA which work in space radiation environment. This paper focuses on the SEU effects of SRAM-based FPGA and mitigation techniques. A completed solution based on radiation-hardened FPGA and intelligent scrubbing chips produced by Beijing Microelectronics Technology Institute (BMTI) is constructed. To evaluate effectiveness of the solution, a verification test is designed and heavy ion irradiation test is carried out. Keywords: FPGA, SEU, Intelligent Scrubbing.