Latest Articles for Drones

New strategies improve drone stability against wind disturbances.

A new method for anticipating and addressing failures in self-driving cars and drones.

Examining how terrain knowledge impacts UAV communication performance and deployment.

A new method enables drones to track unknown moving targets effectively.

New method improves drone efficiency in search and coverage operations.

A new approach to safety analysis using piecewise stochastic barrier functions.

A method for agents to maintain shapes with minimal communication.

Drones powered by AI promise smarter operations and improved efficiency across various industries.

Enhancing UAV performance through improved path management and resource allocation.

A new routing scheme improves UAV network performance for monitoring and communication.

NaviSlim optimizes drone navigation by adapting resources to environments.

A new drone system improves safety and efficiency in infrastructure inspections.

This article discusses the ARDDQN method for optimizing UAV operations.

New antenna technology improves location tracking for vehicles and drones.

New techniques improve drone landing accuracy using multimodal sensors and learning algorithms.

Researchers improve aerial detection accuracy using diverse synthetic human poses.

A new method simplifies checking forward-flatness in discrete-time systems.

A new defense mechanism improves object detection in drones under adversarial threats.

DroneVis simplifies computer vision tasks for drones, enhancing usability and functionality.

A new framework improves drone efficiency in locating targets using diverse clues.

CYCLO model enhances understanding of object interactions in drone videos.

A new method enhances aerial image rendering using fewer inputs.

Drones track moving targets in urban areas using advanced environment modeling.

New model enhances collaboration among remote sensing platforms for better data analysis.

Efficient methods for identifying drones using convolutional neural networks.

GAP9Shield enhances nano-drones for various applications in multiple industries.

A new method improves safety for drones using resilient estimation and control barrier functions.

New methods enhance drone navigation and safety in complex environments.

This work enhances drone detection through innovative methods and synthetic data.

Learn how drones can safely navigate while avoiding obstacles.

Using UAVs to monitor and track wildfires effectively.

This study improves UAV teamwork for better remote 3D sensing accuracy.

New method improves tiny drones' ability to explore challenging environments.

New voice command systems enhance drone control without the need for hands.

Using mixed reality to enhance drone testing against data attacks.

ECHO project uses drones to improve measurements of cosmic signals like the 21 cm line.

AeroHaptix enhances drone control through innovative tactile feedback.

A new method enhances drone inspections by optimizing viewpoint selection.

A method to enhance signal quality of drones during radio inspections.

New RIS technology improves wireless signals for vehicles and drones in cities.