Making of the television clips for Television Radio Company "Accent" (more 20 clips, some clips in air till the present time);

Developing of software within a project of 'Severodonetsk Research and Production Association "Impulse"' on development of a complex "AKNP-I" (Neutron flux control equipment - product's name AKNP-I);

Take part in development:
• The unit of technical support application - provide an interface between the operator and AKNP-I unit;
• The server AKNP-I application - designed for archiving of information that came from AKNP-I units 1-9 into a parametric database;
• The client AKNP-I application - designed for visualization of information that were stored in a parametric database by the server AKNP-I application.

Picture designing for hall of 'Severodonetsk Research and Production Association "Impulse"' (two pictures 4x2 metres);

Making the computer video film about complex AKNP-I.

Development of game programs: 'Kapitoshka', ' The smash balls' (Detail on a site www.sbigame.narod.ru);

Computer vision:

        I am working in IT-Company together with my colleagues and we develop a software that can inhale life into a new hardware. I am dealing with research of computer vision in parallel with my main job. The purpose of this research is a search of machine methods of 3-Dimensional perception of the real world. Investigations convinced me that primary source of 3D perception is the object motion. In other words we can see the world in 3-Dimensional first of all owing to perception of the motion. So I resolved to devote particularly attention to the object motion analyzing in my research.

Source video sequence

Color segmentation with classification of input pixels to 64 classes for the boundaries detection.

Development of effective enough method of "Optical flow" algorithm based on tracking contour points of segmented images (visualization: direction - speed --> colour - brightness).

Motion-based segmentation.

The segments tracking of video sequence.

Development of effective method of associative video memory (the object recognition)

Data mining (used algorithms in my research):
• k-means algorithm;
• Kohonen self-organizing map;
• hierarchical clustering.