The key facts
- A forum on unmanned systems and new technologies was held in Tashkent with the participation of specialists and students
- Behzod Sulaymonov (EAS Company) presented the capabilities of electronic warfare systems and counter-drone systems (C-UAS)
- Topics discussed included optimizing cargo transport with drones, jam-resistant communications, and tracking maneuvering UAVs
Forum on unmanned technologies in Tashkent
A forum dedicated to the future of drones and new technologies was held in Tashkent. It was attended by representatives of the technology industry, members of the scientific community, specialists from relevant agencies, and students. Among the main goals of the event, the organizers cited the exchange of practical experience in the industry, discussion of current technical issues, and support for innovative projects of young people.
Plenary sessions and presentations
The forum program included two plenary sessions, at which local and foreign specialists presented reports on technological solutions in the field of unmanned systems.
Electronic warfare and counter-drone measures
Deputy Chairman of the Board and Chief Engineer of EAS Company Behzod Sulaymonov presented the modern capabilities of electronic warfare systems and counter-unmanned aerial vehicle systems (C-UAS). The presentation focused on technologies for detecting threats posed by drones and countering them.
Cargo transport by drones and the traveling salesman problem
Khan Khankeldiev considered issues of efficient organization of cargo transportation using drones. Using the example of optimizing delivery routes between branches of the Korzinka chain in Tashkent, the possibilities of applying the 'traveling salesman problem' (TSP) and the MATLAB program were highlighted.
Jam-resistant communications and UAV tracking
Minhaj Uddin Ahmad spoke about jam-resistant communication channels and remote control systems for unmanned aerial vehicles. According to him, such technologies are important for maintaining communication stability and control effectiveness in complex electronic warfare conditions. Petr Khmarsky presented methods for tracking and predicting the movement of maneuvering unmanned vehicles through multi-hypothesis processing of coordinate data; these approaches are aimed at improving systems for monitoring aerial objects.
