The main scientific results are the services processing technology with the integration of information resources in the request service systems, that will allow significantly increasing the efficiency of technical resources in the provision of services to communication subscribers, allow for distributed processing of requests for user services and their billing, allow improving the quality of customer service and increasing the intelligence of service process.

The vision system for the high dynamic range (HDR) video signals is developed. The system performs the HDR image compression to the signal with dynamic range of 48 dB without loss of sharpness in the light and dark areas and no artifacts, and has moderate hardware costs when it is implemented in FPGA. The Retinex compression algorithm based on the bilateral function is considered. A simplified HDR compression algorithm is proposed, that uses the intelligent image analysis of local characteristics instead of the bilateral function .

The results of research led to the creation of new types of standardized devices for interference-free data transmission in high-speed channels, microwave and satellite communication, which are the main technical and economic parameters exceed the available foreign analogues.
Unification is implemented as a range of frequencies used for (2 GHz, 5 GHz, 12 GHz, 130 GHz) and by type of radio channel (microwave and satellite).

It is proposed a theoretical and methodological basis for creating wireless sensor networks (WSN) monitoring of environmental parameters. Synthesized new WSN topology control algorithms. Formulated approaches to building the knowledge base (rules) to control the topology of WSN. An improved method of energy-efficient data aggregation in WSN, which uses a new way to reduce the energy use of individual nodes WSN by limiting their number for message transfer over the period of data collection.

In the process of scientific research the engineers developed on the department of mechanical engineering and manufacturing are utilized theoretical bases of creation of the systems of adaptive control cutting processes, methods of scientific researches which are based on basic principles of theory of automatic control, design of processes of milling and lathe machining, including, imitation simulation, methods of treatment of results of experiments.

Prototypes of new catalysts and photocatalysts based on newly synthesized nanoscale metal oxides obtained, kinetic regularities of redox processes in which they participate in waste water determined. The experimental dependence of the degree of photocatalytic purification in model wastewater and the nature of the pollutant concentration established. Substantiation of technological parameters of the liquid-phase oxidation-reduction processes wastewater from the pollutants of various origins determined.

The object of study is planning and operational management processes in complex organizational and economic systems with networked production processes and limited resources. Subject of research is the development and application of new techniques and concepts of planning, decision making and operational management in complex organizational and economic systems with networked production processes and limited resources. The purpose of the work is the development of the theory of PDC-algorithms for intractable combinatorial optimization problems (ICOP) developed by prof.

Developed theoretical foundations for creation of multilayered FPGA-based matrix structure managed by restricted dataflow model. Created and investigated models of multilayered FPGA-based matrix structure managed by restricted dataflow. Developed new concept of building problem-oriented processor, implementation of which is based on using multiple FPGA. Developed new methodology of creation of multilayered FPGA matrix managed by restricted dataflow model.

Topic: Methodology development of problem-oriented software architecture building by combining web-based, grid and cloud services.

1. State registration number, university registration number: 0114U001520
2. Scientific supervisor (degree, rank) - Ph.D., associate professor Kasyanov P.O.
3. The essence of the development, the main results.