AI-driven UAV swarms are revolutionizing aerial operations, from disaster rescue to defense. Recent breakthroughs in formation control, path planning, and fault tolerance are making these systems more ...

The future of incident response isn't a single AI replacing a human. It's coordinating humans and AI at a speed neither could ...

As unmanned aerial vehicles continue to shape the landscape of war, a team of cadets collaborated at the cutting edge of ...

This research introduces a VSLAM framework that optimizes obstacle avoidance in indoor logistics, leveraging advanced ...

Curious how robot swarms can operate far longer in 6G edge computing setups? A new Engineering study reveals a smart subset selection strategy that taps into data correlation between robots, cutting ...

Margaret Lozovatsky, MD, FAMIA, has spent years helping health systems adopt digital tools designed to improve patient care. As a pediatric hospitalist, she has also seen what can go wrong. In one ...

Abstract: Unmanned aerial vehicles (UAVs) can serve as air relays to improve communication coverage by optimizing positions. UAV position optimisation is a typical nonlinear, nonconvex problem, and ...

Abstract: Optimization of APP interface design is challenging with dynamic user preferences, heterogeneous interaction patterns, and the subjective evaluation of usability. Conventional interface ...