The laboratory carries out research and development work, in the framework of which the peculiarities of design, implementation and application of video surveillance and notification systems are studied, methods of video signal processing, methods of video signal quality improvement, protection and information security, as well as personal identification are developed. Employees of the laboratory have developed equipment for automatic voice alarm systems "RECHOR" and "ALNOR", supplied to many public and private institutions as fire alarm systems. Small-scale production of these systems and their components has been established.
The laboratory carries out research works devoted to research and development of channel-forming equipment, methods of modulation, coding and formation of effective signal-code structures, methods of interference control in various channels and communication paths for various systems and environments.
The laboratory specializes in the creation and development of clock network synchronization (TSS) networks and precision time distribution systems.
The experience gained with direct participation of the laboratory team in the construction of digital backbone networks of Rostelecom, TSS network of Rostelecom, which is the basic synchronization network of the interconnected communication network of Russia (ICN RF), in the development of industry regulations governing the construction and operation of digital networks and TSS networks allows to use practical solutions and methods, the correctness of which is proved by many years of successful operation of TSS networks of the ICN RF. Work is being carried out to develop network synchronization methods, to create synchronization and precision time distribution systems for regional mobile operators, regional and local telecom operators.
In accordance with the Guiding Document of the industry RD 45.230-2001 the laboratory carries out a full range of works on creation, development and audit of TCC networks with a "single center of responsibility" to the Customer.
Services provided by the laboratory:
The laboratory carries out research and development of methods and technical means of cryptographic protection of information transmitted in modern and prospective telecommunication networks.
The laboratory develops and manufactures prototypes of devices for addition, separation and frequency selection of high-power signals of different frequency ranges. Research of methods of increasing the filter order, realized on the basis of new links, providing preservation of selective properties of the links themselves and high steepness of working attenuation in transition regions at limited intrinsic goodness of resonators, justification of circuit-technical methods of the required distribution of poles of working attenuation on the frequency axis due to their splitting, coupling and "castling", synthesis and optimization of filter topology within the framework of numerical electrodynamic 3D modeling taking into account the influence of the frequency axis.
The main activity of the department is development, organization of manufacturing, testing and delivery of surface acoustic wave (SAW) filters, delay lines, dispersive SAW delay lines. Technological lines at the used contract production facilities allow to manufacture the developed SAW devices with frequencies from 20 MHz to 3000 MHz in batches from tens to millions of pieces per month. Contract manufacturing in Russia is certified according to ISO 9001 standard. On the premises of the department a small-scale production of SAW filters is deployed and a laboratory of acceptance tests is organized.
The department renders the following services to the enterprises:
The main scientific directions of the department: reception and processing of signals of different frequency ranges under interference conditions; development of methods of signal formation and processing and new signal-code designs; development of algorithms and software environment for modeling satellite radio communication and navigation systems; development of radio communication systems of various purposes for different spheres of application. The department consists of 3 laboratories and a separate design office.
The department "develops electrosurgical equipment intended for use in medical institutions, beauty salons, cosmetic offices for treatment of a wide range of diseases, postoperative care for better healing and elimination of purulent, inflammatory and other undesirable processes. The fields of application of the developed electrosurgical equipment are general and purulent surgery, dermatology, traumatology, orthopedics, dentistry, otolaryngology, veterinary medicine and gynecology.
According to the accreditation certificate №RA.RU.21AI68 (IC-45) the following tests are carried out: communication equipment during certification and declaration for compliance with the Rules of application of equipment on communication networks; communication equipment during certification for compliance with the requirements of the RF Government Decree of September 26, 2016 № 969 "On approval of requirements to the functional properties of technical means of transport security and the Rules of mandatory certification of technical means of transport security".
The range of services performed according to accreditation certificate No. RA.RU.21AI68 (TC-45) includes:
The laboratory tests various radio-electronic equipment for compliance with standards and Technical Regulations of the Customs Union.
The range of services performed according to accreditation certificate №RA.RU.21RS35 (RTL-52) includes:
The scope of accreditation for testing for compliance with standards and technical regulations includes: communications equipment; radio communications; information technology; electrical engineering.
The acoustic center conducts both works on sound quality analysis of analog and digital sound paths and training sessions with undergraduate and graduate students, as well as training of experts in subjective-statistical analysis of sound quality by FSQ method.
On the basis of FSQ method in 2001 AC-43 organized a public organization - "Russian League of Auto Sound Competitions" (LAS). Since 1997 AC-43 holds annual exhibitions of author's Hi-End class audio equipment in MTUCI.
The laboratory "Evaluation of sound quality of acoustic systems by Home FSQ method and evaluation of sound path components" was organized, where tests of sound equipment are conducted.
The department is engaged in research and development of normative and regulatory documentation for telecommunication enterprises, terminological glossaries in the telecommunication sphere, as well as development of quality management systems for higher technical educational institutions. At present, the department focuses on the problems of normative and technical support of synchronization and common time systems on communication networks of the Russian Federation.
The subjects of the department's work are related to the issues of increasing the energy efficiency of power amplification paths of communication and broadcasting transmitters. The objects of research are high-efficiency key power amplifiers, methods of construction of high-efficiency linear power amplifiers, broadband transistor amplifiers. Research is carried out on methods of construction of transmitters for digital radio broadcasting, application of phase frequency autotuning systems, frequency synthesizers for various purposes, radio tracts for means of communication with mobile objects. Recently the object of research of the department is the development of software and hardware products for the formation and processing of signals, calculation of digital radio broadcasting networks and creation of radio tags of the Internet of Things system, as well as the development of a laboratory complex for setting up laboratory work to study the methods of generation of radio signals of the most common standards and technologies of modern telecommunication systems.
The main activity of the department is the creation of new and improvement of existing training and laboratory facilities for higher and specialized secondary educational institutions. In addition, the department carries out search and applied research works in the field of advanced telecommunication systems, in particular, satellite communication networks.
The main directions of research and development work of the department are: research and development in the field of digital image processing; development of methods and devices for converting television formats; development of video compression methods; research and development in the field of digital television systems; development of applied television systems. Research work is being carried out in the field of object recognition and video control. Training models and stands for studying digital television are being developed. Devices and methods of measurement of basic parameters and characteristics of analog-digital cable television networks and their elements are being developed.
The Division is in charge of organizing and conducting conferences, seminars and exhibitions. The activity of the department is aimed at solving the following main tasks:
The main forms of work with youth are:
The department solves the following main tasks:
The department is engaged in organizing and conducting new exploratory scientific research in promising areas of development of various technologies of the digital economy.
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