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AI Drones Navigate Without GPS
1 Apr
Summary
- Drones with onboard AI resist GPS signal loss.
- Visual-inertial systems map terrain and detect people.
- AI allows drones to make decisions mid-flight.
Specialists at the Moscow Aviation Institute are spearheading the development of artificial intelligence-powered drones. These advanced unmanned aerial vehicles are engineered to maintain navigation and operational capabilities even when GPS signals are lost, significantly increasing their autonomy.
The institute is focusing on creating navigation systems that are resilient to GPS signal deprivation. Furthermore, onboard computer vision and sophisticated AI algorithms are being integrated. These systems will empower drones not only to collect data but also to analyze the immediate situation and make critical decisions while airborne.
A notable advancement is the work on a visual-inertial navigation system. This system is designed for search drones, enabling them to map terrain and detect individuals in real-time. Additionally, Russian-made flight controllers are being developed with an AI module to support object recognition, obstacle avoidance, and autonomous route planning.
The overarching goal is to enhance drone autonomy in challenging environments. This includes ensuring accurate navigation and mission completion without GNSS signals or radio communication, requiring minimal operator intervention for monitoring and search-and-rescue operations.
