Scientific and technical development

• Four channel switches
• Receivers
• Attenuators
• Two channel switches
• Antenna amplifier
• Video preamplifier
• Reflecting attenuator (modulator)
• Stroboscopic mixers
• Complex radar signal parameters acoustooptic meter
• Four-channel wide-open tuned radio frequency receiver
• FM signal acoustooptic demodulator
• Microwave detectors
• Crystal receiver
• Switches
• Wide-band linear passive microwave device set
• Wide-band adjustable amplifier
• Voltage controlled oscillators
• Balanced mixers

Main trends of scientific work and current research of the department of Radio Receivers & Television

The main scientific programs of the Department:

• Development, research and operation of radio engineering and television means of signals receiving and transformation.
• Development of the models of signals receiving in radio engineering systems of discrete communication transmission.
• Development of the image methods of complex signals in diagnosis systems.
• Synthesis of digital methods of forming testing signals of color television.
• Development of radio engineering methods of the dimension of radio signals parameters, emanated by an aircraft and reflected from the earth surface of the stratified structure (water surface).
• Development of the methods of generating and computer-aided control of the parameters of the noise-like signals with little non-band emanation.

Research work of the collaborators of the Department of Radio Receivers and Television is connected with the applied methods of synthesis and processing complex signals both in analogue and digital forms of their representation.

This work corresponds to the world requirements and has great importance for the development of modern methods of regular synthesis of complex signals and systems of processing radio engineering and television signals and their practical enclosures.

Current research:

• Development and research of formation methods for visualization in diagnostic medical and technical systems.
• Formation method development of attribute spaces in diagnostic systems.
• Generation method development of training sequences with the given statistical properties.
• Theoretical researches on construction of complex signals.
• Research and development of systems synthesis methods of signals and devices of their processing for the problem decision of a radio-location, radio-communication(synchronous and asynchronous systems), processing of 2-dimensional and speech signals, including methods of their processing on multiprocessor computing systems, and also consideration of device design intended for processing of binari signals.

Proposals for collaboration:

• Development of methods of synthesis quasyoptimal of decisive rules for the decision of tasks of recognition of symbols, in condifions not parametrical of apriory uncertainty.
• Development of methods of synthesis of generators of casual processes with the given statistical characteristics.
• Development and research of a method of synthesis of ensembles of additional code sequences for systems of asynchronous address communication.