• Design and management of the data processing and distribution system. The system is built as a network of the micro-services. • Leadership of the software development team

Development of data processing algorithms. The data is acquired from the MEMS accelerometer and temperature sensors. The algorithms are developed in Matlab for the further implementation in embedded software and in Java for the application server.

• Leadership in design and implementation of the e-commerce web applications on Magento platform• Responsible for training and mentoring software developers and website administrators

• Design of the software architecture based on Texas Instruments TMS6412 and F28335 DSPs. The software controls data acquisition and processing, motors, and MMI of the banknote counters. Most of the code is ANSI C++, except some time-critical image processing functions that are implemented in assembly language.• Coordination and co-operation with FPGA firmware developers. Responsible for the development of the requirements for FPGA interfaces and test applications for DSP board.• Development of core software application – BSP (Board Support Package), event-driven application framework, and image processing classes.

• Research and Development of real-time image processing algorithms for counterfeit banknotes detection. The algorithms development uses Matlab at research stage and C++ at the implementation stage.• Leadership in the implementation of embedded software for Texas Instruments TMS6412 DSP platform.• Development of Technical Requirements for the image acquisition electronics and mechanics.• Responsible for training and mentoring software and hardware engineers.

• Technology and Intellectual Property development of the content delivery network service based on file and database replication technology. Patent applications and trademarks development and management.• Research and leadership of XOSoft product (Content Management and Delivery Platform), design and integration of the network, including OSS (Operation Support System) integration.• Design and development of proprietary routing algorithms.

• PSTN and TCP/IP network planning and deployment, mobile network design and deployment, • TCP/IP over cable TV network design and implementation.

• Design and prototype implementation of distributed satellite remote sensing data acquisition, processing, and distribution system. Joint project with Solar Physics Institute, Irkutsk, Russia. The system combines coordinated data acquisition and processing to obtain a near-real-time Russia-wide mapping of forest fires and flooding events. • Software and firmware design and development for NOAA satellites data acquisition and processing station built on MS Windows platform.

Joint project with Russian Project of NASA Integrated Services Network (NISN), European Space Agency (ESA), and France Space Agency (CNES). • Technical management of IP network: planning, traffic demand analysis, routing planning and optimization• Design and technical management of video conferencing system for the MIR space station

• Management of software development for scientific satellites data acquisition, decoding, and processing.

• Development of image processing applications for remote sensing and meteorology.• Research and development of numerical methods for hydro-dynamics and plasma physics applications.