BROADBAND ACCESS INNOVATIVE SOLUTIONS BASED ON WDM-PON TECHNOLOGY
V.V. Yefimov, Branch of the FSUE ZNIIS — LO ZNIIS, acting Director, Ph.D.; vve@loniis.ru
A.A. Bulgakov, Branch of the FSUE ZNIIS — LO ZNIIS, chief of the laboratory; bulgakov@loniis.org
A.P. Vandich, Branch of the FSUE ZNIIS — LO ZNIIS, senior researcher, Ph.D.; vandich@loniis.org
I.E. Nikulskiy, JSC «CSPA «Leninetz», head of Department, Dr.Sci.(Tech.); i. nikulsky@npo-leninetz.ru
O.A. Stepulenok, JSC «CSPA «Leninetz», leading engineer; ostepulenok@mail.ru
Considered practical aspects of building passive optical networks with wave division. The new technology of network building of this class, ensuring the efficiency of the fiber due to the separation of transfer directions along the path of propagation of the light flux and sold on the
domestic electronic component base of fiber-optic elements.
Keywords: passive optical network with wave division, network segment capacity, optical fiber using efficiency.
ASSESSMENT OF ACCURACY OF RADIO EMISSION SOURCES LOCATION MADE BY TDOA SYSTEM
V.A. Kozmin, JSC «IRCOS», scientific work director, Ph.D.; kv@ircoc.vrn.ru
I.B. Kryzhko, Voronezh State Technical University (VSTU), associate professor, Ph.D.; kryzhkoib@ircoc.vrn.ru
A.S. Provotorov, JSC «IRCOS», engineer-programmer; provotorovas@ircoc.vrn.ru
A.A. Salikov, VSTU, Department of radio engineering, postgraduate student; salikovaa@ircoc.vrn.ru
A.B. Tokarev, JSC «IRCOS», head of NIS, Department of radio engineering of VSTU, professor, Dr.Sci.(Tech.); TokarevAB@ircoc.vrn.ru
The article deals with the problems arising from the radiation source (RS) location estimation (LE) based on signal arrival-time measurements for a transmitted signal received at three or more receiving sites and with the results of fields testing of TDOA system composed from the radio receiving equipment of the Russian production. It is shown that to ensure a high accuracy of LE the precise synchronization of all receiving devices (RD), mutual calibration of signal delays in the receive paths of RD and the careful selection of receiving antenna positions are needed.
Keywords: estimation of radiation source location, Time Difference
of Arrival (TDOA) systems, full-scale tests.
HIGH-SPEED DECODER ON FPGA
E.V. Amelyutin, MIREA, postgraduate student; amelyutin9@yandex.ru
A.N. Khmelkov, contract employee, Ph.D.; xan47@list.ru
A.M. Somov, NIIR, chief researcher, Dr. Sci.(Tech.); somov_am@list.ru
Proposed modification of the typical structural scheme of the parallel decoder of cyclic codes (Rec. ITU-TG.709) to implement it on FPGA. Modified structural scheme allows to reduce the number of required logic elements of the FPGA, which creates conditions for use in designing high-speed FPGA decoder with average hardware performance and capacity. The results of the design on FPGA Cyclone III EP3C80F484C6 proposed a modified structural diagram showed that the number of required logic elements of the FPGA can be reduced by 4.52 times.
Keywords: error-correction coding, fiber-optic communication lines, design of decoders on FPGA multi-channel decoder, cyclic codes, BCH codes, Reed-Solomon codes, optimization of architectures decoders on FPGA.
TACTILE INTERNET. ULTRA-LOW LATENCY NETWORKS
A.E. Koucheryavy, The Bonch-Bruevich Saint-Petersburg State University of Telecommunication (SPbSUT), Head of department, professor, Dr.Sci.(Tech.); akouch@mail.ru
M.A. Makolkina, SPbSUT, associate professor, Ph.D.; makolkina@list.ru
R.V. Kirichek, SPbSUT, associate professor, Ph.D.; kirichek@sut.ru
The new conception of telecommunication networks development is presented, which is assumed to provide the services of the tactile senses transmission for subscribers, — Tactile Internet. The new requirements for communications networks for data transmission delay led to a new class of networks — Ultra-low latency communications networks. The problems of evolution delays in data rates in communication networks are considered. The impact of this process in the concept Tactile Internet is assessed.
Keywords: Tactile Internet, Ultra-low latency networks, Internet of Things, latency evolution, throughput evolution.
LIVING SUBSTANCE INTO CYBERSPACE — «BIODRIVER» PROJECT
R.Y. Pirmagomedov, The Bonch-Bruevich Saint-Petersburg State University of Telecommunication (SPbSUT), associate professor, Ph.D.; lts. pto@yandex.ru
E.A. Koucheryavy, National Research University «Higher School of Economics», professor, Ph.D.; yk@cs.tut.fi
R.I. Glushakov, Military Medical Academy, senior assistant chief of department, Ph.D.; glushakovruslan@gmail.com
R.V. Kirichek, SPbSUT, associate professor, Ph.D.; kirichek@sut.ru
A.E. Koucheryavy, SPbSUT, Head of department, professor, Dr.Sci.(Tech.); akouch@mail.ru
The article deals with the integration of living substance into cyberspace. The idea defining the general principle of conjugation of living substance with infocommunication systems is submitted. Block scheme of the system (Biodriver) that enables to measure the processes occurring in living organisms and to affect them was presented. Some aspects of the interaction of components Biodriver are considered and analyzed. Preview of the medical health status indicators that can be used in Biodriver system to analyze the processes occurring
in the body, was made. In the final sections of the paper there are applications that can be realized with the use of means described in the article, as well as the scientific problems that need to be solved.
Keywords: Internet of Things, nanonetworks, Internet of Nanothings, Biodriver.
INVESTIGATION OF THE OVERLOAD CONDITION IN THE UBIQUITOUS SENSOR NETWORKS
A.S. Muthanna, The Bonch-Bruevich Saint-Petersburg State University of Telecommunication (SPbSUT), graduate; ammarexpress@gmail.com
A.I. Vybornova, SPbSUT, associate professor, Ph.D.; a. vybornova@gmail.com
A.I. Paramonov, SPbSUT, professor, Dr.Sci.(Tech.); alex-in-spb@yandex.ru
Studies of USN traffic models for the transmission of image data have shown that the properties of the traffic flow depends on the fraction of nodes that transmit the data. Increasing the proportion of nodes that transmit image data leads to changing of the self-similarity degree of traffic (Hurst parameter). Using the simulation has been obtained the dependence of the Hurst coefficient from the number of nodes (proportion) that transmit the image data, and this dependence has an expressed maximum. These reasons are related to the change in the number of nodes, generating traffic, and with the load on the common channel to the gateway. The explanation of this result may be obtained by analyzing the influence of united traffic flows on the Hurst coefficient and the influence it loads on the transmission channel. The paper provides theoretical substantiation for this phenomenon, as well as the dependence of properties on served requests flow from traffic intensity of the incoming traffic for ubiquitous sensor networks.
Keywords: USN, traffic models, Hurst coefficient, intensity, overload.
WRC-15: NEW IMPETUS FOR DEVELOPMENT TO OPERATOR OF GSN IN THE FSS IN KU-BAND (13−15 GHZ)
M.V. Strelets, Ltd. «Geyser-Telecom», program manager, Ph.D.; mstrelets@g-tl.ru
A.N. Kostin, Ltd. «Geyser-Telecom», project manager; kostin@g-tl.ru
The paper presents the analysis of the World Radiocommunication Conference 2015 (WRC-15) results with respect to the new primary allocation for the fixed satellite service (FSS) in the band 13−15 GHz. It is shown the conditions of using of the FSS allocation for notification of orbital-frequency resource (OFR) to International Telecommunication Union (ITU) for FSS geostationary satellite systems.
Keywords: International Telecommunication Union, World Radiocommunication Conference 2015, orbital-frequency resource, fixed satellite service, geostationary satellite networks (GSN), Ku-band.
ESTIMATION METHOD OF ORBITAL-FREQUENCY RESOURCE LOADING FOR GEOSTATIONARY SATELLITE SYSTEMS
V.S. Yakimenko, SRTC of Electronic Warfare of MESC AF «N.E. Zhukovsky and Y.A. Gagarin Air Force Academy» (Voronezh), leading researcher, Dr.Sci.(Tech.); yakimenkoav@mail.ru
S.A. Tsvetkov, SRTC of Electronic Warfare of MESC AF «N.E. Zhukovsky and Y.A. Gagarin Air Force Academy» (Voronezh), senior researcher, Ph.D.; odnochlek2@mail.ru
Method of estimation of the loading of the orbital-frequency resource that allows to define frequency bands and orbital slots through the instrumentality of SRS database of the ITU-R, that are available for use by new geosynchronous satellite systems under the terms of electromagnetic compatibility of the currently available satellite systems, has been put forward.
Keywords: loading, orbital-frequency resource, satellite system, electromagnetic compatibility.
THE MAIN TERMS AND DEFINITIONS IN THE SPECTRUM MANAGEMENT FIELD
S.A. Tsvetkov, SRTC of Electronic Warfare of MESC AF «N.E. Zhukovsky and Y.A. Gagarin Air Force Academy» (Voronezh), senior researcher, Ph.D.; odnochlek2@mail.ru
D.V. Chertok, SRTC of Electronic Warfare of MESC AF «N.E. Zhukovsky and Y.A. Gagarin Air Force Academy» (Voronezh), senior research associate, Ph.D.; vaiu@mil.ru
V.S. Yakimenko, SRTC of Electronic Warfare of MESC AF «N.E. Zhukovsky and Y.A. Gagarin Air Force Academy» (Voronezh), leading researcher, r.Sci.(Tech.); yakimenkoav@mail.ru
S.N. Yanshin, SRTC of Electronic Warfare of MESC AF «N.E. Zhukovsky and Y.A. Gagarin Air Force Academy» (Voronezh), head of Department, Ph.D.; yanshin@list.ru
Definitions of the concept «spectrum management», and also terms which open an essence of spectrum management process are offered: frequency’s planning for allocation, allotment and assignment, ensuring electromagnetic compatibility of radio nets, international legal protection of frequency assignments of radio nets, radio control of use of radio-frequency range.
Keywords: spectrum management, terms and definitions, ensuring electromagnetic compatibility, planning of radio-frequency range use, international legal protection, radio control of use of a radio-frequency range.
KALMAN FILTERING FOR POSITIONING APPLICATIONS
O.G. Dukhovnitskiy, Military Academy of Communications named after Marshal of Soviet Union S.M. Budyonny, competitor of Ph.D.
M.A. Ragilo, The Bonch-Bruevich Saint-Petersburg State University of Telecommunications (SPbSUT), graduate student; mike. ragilo@gmail.com
M.A. Sivers, SPbSUT, professor, Dr.Sci.(Tech.); m. sivers@mail.ru
G.A. Fokin, SPbSUT, associate professor, Ph.D.; grihafokin@gmail.com
Proposed positioning algorithm based on joint processing of Wi-Fi and inertial navigation measurements with Kalman filtering. Joint processing achieved position errors of 2.87 meters which enables practical implementation.
Keywords: positioning, Wi-Fi, inertial navigation, Kalman filter.
SYNTHESIS OF SAW FILTERS WITH A HIGH INPUT POWER FOR COMMUNICATIONS SYSTEMS, RADAR AND TELECOMMUNICATIONS EQUIPMENT
T.V. Sinitsyna, LLC «BUTIS», chief designer, Ph.D.; sinicina59@mail.ru
A.S. Bagdasaryan, FSUE NIIR, advisor, professor, Dr.Sci.(Tech.); bagdassarian@mail.ru
V.V. Butenko, FSUE NIIR, General Director, Dr.Sci.(Tech.); butenko@niir.ru
A.L. Danilov, LLC «BUTIS», leading engineer; marigale@mail.ru
P.G. Ivanov, LLC «BUTIS», deputy General Director, Ph.D.; PGIvanov@mail.ru
Described high-speed computer-aided design of filters based on surface acoustic waves of different complexity. Developed on the basis of basic models Delta-functions, equivalent circuits, and R-matrices, the system provides the possibility of optimization of synthesis and the high convergence of theoretical and experimental results.
Keywords: surface acoustic wave (SAW), SAW filters, optimization synthesis, computer-aided design (CAD).