2015 RADIO RESEARCH AND DEVELOPMENT INSTITUTE NIIR was founded in 1949 pursuant to the USSR Government Decree. Today NIIR includes: - 3 branches: NIIR LONIIR, NIIR SONIIR and NIIRRadio; 5 test ranges. In accordance with the Decrees of the Russian Federation President and Orders of the Russian Federation Government the LONIIR, SONIIR and Radio have been affiliated to the FSUE NIIR in NIIR Action Lines NIIR PARTICIPATION IN DEVELOPMENT OF PRIORITIZED ACTION LINES IN INFOCOMMUNICATION OF THE COUNTRY SCIENTIFIC AND METHODOLIGICAL SUPPORT OF NATIONAL AND INTERNATIONAL REGULATION IN SPECTRUM USE AND EMC COMMUNICATION AND TV BROADCASTING SYSTEMS AND EQUIPMENT DEVELOPMENT OF RADIO ELECTRONIC SYSTEMS AND DEVICES 3 4 Development of concept-based documents Development of regulatory and engineering documents Programme implementation TV broadcasting development concept till 2025 Implementation concept for terrestrial digital TV and broadcasting in Russia Integrated project Development of Digital Broadcasting in the Russian Federation Frequency-territory plan for MUX 1 (12 Russian territorial entities) MUX 2 (39 Russian territorial entities) System project for DTV distribution network in the Russian Federation Design of DTV sites (227 Radio and TV broadcasting transmit stations) Standards on DTV (3 documents) Design and estimate of costs for DTV sites (1520 transmit stations) Building of regional DTV networks (completed 198, in process 88 transmit stations) Development and production of DTV equipment (260 DVB-S/S2 receivers) 4 Development of Express-AM5 payload Development of Express-AM6 payload Space retransmission system Monitoring of DTV State Programme progress Results of NIIR activities in the development of Digital TV Broadcasting Network in the Russian Federation 5 Development of design and estimate-of-costs documentation for radio and TV broadcasting transmit stations Development of design and estimate-of-costs documentation and building of radio and TV broadcasting transmit stations Geography distribution of NIIR activity under DTV State Programme Kazakhstan Mongolia Russian Federation 66 Conceptual designing of the HEO space communication and broadcasting system (R&D "Express-RB") 7 Primorka-M Satellite Communication System Yamal-200 GSO spacecraft at 49E Express-MD GSO spacecraft at 145E Express-A GSO spacecraft at 103E CAD up-to-date design and development techniques CLEAN ROOM Hi-Tech assembly, alignment and testing of complex products VIBRATION TABLE testing of developed product models COMPUTER CENTRE complex high-performance computing 3D-VISUALIZATION - capability to visualize calculations made by the Computer Centre, 3D modelling INDUSTRIAL SITES FOR R&D CENTRES Mastering the comprehensive technological cycle to develop complex systems Development of production technologies 9 Computing center Planning the radio frequency spectrum; Calculating and simulating EMC; Design calculations and simulations of radio electronic equipment; Other resource-intensive scientific and technological calculations Objectives Sun Microsystems Competence Center for high performance computations Technical characteristics Creating and operating complex information systems; Capability to organize remote and distributed computations. Computing cluster: Peak performance - 3TFlop/s, (upgrade up to 30 TFlop/s in further) 312 AMD Opteron processors (624 cores) 2 Bytes of operative memory HDD storage Total capacity without RAID ~ 58 Bytes Total used capacity with RAID ~ 40 Bytes Automatic change of defective disk to reserve one Use of disk cashing to speed-up input-output operations 10 3D visualization subsystem Design solutions modeling by interaction of computation complex with CAD workstations that allows: to conduct real-time technological and scientific expertise of design solutions to carry out the process of localization and debugging of design errors Design and virtual prototyping - provides automated support for all development stages for complex products and structures, including design, engineering analysis and manufacturing preparations. Visualization of coverage areas in complex terrain Visualization of three-dimensional antenna pattern Modelling of orbital constellation CapabilitiesTechnical characteristics Projector system Barco Galaxy 12HB+ 4 projections screens ( 3 wall, 1 wall screens) Graphic station: DELL KraftWay Express Graphic video cards: nVidia QuadroFX ,5 Gb nVidia QuadroFX Mb Resolution per channel 1400 1050 Shutter stereo glasses Volfoni EDGE Acoustic system5.1 Virtual reality gloves5DT Data Glove Ultra Series Data transfer network Gigabit Ethernet Capability to compute 3D-models in NIIR's Computing Center 11 Space test center Sector for on-board equipment (simultaneous assembly of two sets of on-board equipment) Sector for ground equipment (simultaneous assembly of four sets of equipment for earth stations in satellite communication) Major capabilities Technical parameters thermal chamber Weiss 1700d/60-100DU/DMU with useful volume 1,7 m 3 : Temperature range : -60/+80 (0,5C) Minimum pressure: 1,0 10 mBar Diameter 1300 mm, depth 1100 mm Climatic chamber of large volume: VHW - 6SA (2) volume 13 m 3 with temperature range: - 65/+60 (0,5C) VHW - 6SA (2) volume 50 m 3 with temperature range : - 30/+60 (0,5C) Climatic chamber of small volume(0,065 m 3 ): MC-71 with temperature range: -75 MC-81 with temperature range: -80 12 Video Information System with audio support for mobile terminals new step in the development of the Global Information Society Video walls/Polyscreens are widely used for displaying different video information at fora, conferences, concerts and other mass events. The basic challenge for deployment of video walls is lack of possibility to broadcast audio to all screens of the wall without overlap effect. At the international events audio support should also be provided in different languages for each screen, as well as support of interactive choice of language for the visitors. FSUE NIIR and OJSC Intellect Telecom have developed and patented Video Information System allowing individual audio from a selected section of the polyscreen via user mobile phone with a possibility to choose broadcasting screen and language. 13 During operation of the Video Information System at the international fora and exhibitions, organizers and participants were highly interested in its implementation The first in the world Video Information System with audio support was exhibited at the International Exhibition Expo-2010 in Shanghai by the Russian Regions and Rosnano at the Russian pavilion. The System broadcasted video with audio support via 3G network using 4 screens and three languages: English, Russian and Chinese. The VIS was also successfully operated at the III International Forum and Exhibition Open Innovations 2014. At the events dedicated to the ITUs 150 anniversary, it is proposed to deploy the VIS in order to provide multi-language audio services to smartphones/tablets of participants with interactive selection of a screen and language of audio. 14 NIIR 448 specialists, including: 18 Doctors of Sciences, 73 Candidates of Sciences and 50 Laureates of the Russian State Awards and the Russian Government Awards in Science and Technology NIIR - LONIIR 117 specialists, including: 1 Doctor of Sciences, 17 Candidates of Sciences and 6 Laureates of the State and Government Awards NIIR - SONIIR 124 specialists, including: 2 Doctors of Sciences, 13 Candidates of Sciences, 4 Laureates of the Russian State Award after Marshal of the Soviet Union G. Zhukov in development of armament and military equipment NIIR Scientific Resources 15 Integration with academia (Institute of Radio Engineering and Electronics of RAS, Institute of Applied Astronomy of RAS) Scientific researching and innovative developments Integration with High Institutions (Moscow Physics and Engineering Institute, MTUCI, Samara State Aerospace University, Saint-Petersburg State University of Telecommunications) based on the Research and Educational Centre Publications in Proceedings of NIIR (registered in Higher Attestation Committee) and other periodicals International conferences Integration and cooperation with research organizations Science and Engineering Board and Young Academics Board SCIENTIFIC RESOURCES Extension of international cooperation in science HR and Scientific Development 16 NIIR basic department in Moscow Physics and Engineering Institute Radio and information technologies (established in 2008) NIIR basic department in MTUCI Electromagnetic compatibility and spectrum management (established in 2006) Training of specialists in the following branches: Advanced satellite communication systems Digital satellite broadcasting systems Digital radio relay links of digital hierarchy systems and networks based thereon 3G mobile radio communication networks Electromagnetic compatibility and immunity of radio systems Training of specialists in the following branches: Spectrum management, including international frequency coordination Digital TV Satellite navigation Satellite communication systems NIIR basic department in Samara State Aerospace University named after S. Korolev, Radio engineering systems (established in 2014) The new department was established due to joint efforts of the Samara State Aerospace University, Radio engineering department and Research and Educational Centre of Technical Electrodynamics and Antenna Systems. Moscow Samara NIIR basic educational departments European Conference of Postal and Telecommunications Administrations (P) International Telecommunication Union (ITU) Research and technical expertise for frequency managment and EMC Spectrum users: Operators, Private users, Industry State Commission for radio frequencies (SCRF) Administration of the Russian Federation NIIR (CA EMC) carrying out theoretical and experimental studies; telecommunications and broadcasting network planning; carrying out works on spectrum provision for radio communications systems; methodologies development and software implementation for spectrum engineering; international activities in ITU-R and CEPT, frequencies crossborder coordination; monitoring and research of promising radio technologies assessment of projects in the field of terrestrial and satellite communications 17 Regional Commonwealth in the field of Communication (RCC) Frequency management and electromagnetic compatibility 18 NIIR provides scientific and engineering support for the Russian Administration. 1.Proposals on the position of the Russian Administration in radio spectrum regulation and Internet governance at World Conferences and Assemblies (WRC-12, WCIT-12, WTDC-14, PP-14 and WRC-15). 2.Participation in the international and regional organizations to represent and protect interests of the Russian Administration in the field of telecommunications and radio communications. 3.Scientific rationale for rules, standards and ways of international regulation in spectrum management. Key objectives and tasks Support for the Russian Administration International regulation in the field of telecommunications and radio communications International regulation in the field of telecommunications and radio communications 19 NIIR specialists elected to the official posts in regional and international organizations International regulation in the field of telecommunications and radio communications International regulation in the field of telecommunications and radio communications Thank you for attention!