Latest Articles for Navigation Systems

NaviSlim optimizes drone navigation by adapting resources to environments.

Research explores merging sound techniques for better robotic navigation and mapping.

Skip-SCAR improves robotic navigation efficiency using adaptive techniques.

New methods improve accuracy in challenging underwater navigation.

A new method enhances robot navigation through efficient exploration and pathfinding.

New techniques for finding efficient paths in weighted areas.

A new method enhances robot navigation by merging visual and geometric data.

Learn how solar flares affect the Earth's ionosphere and communication systems.

Developing agents that engage in real-time dialogue for better navigation.

A new method strengthens Kalman filtering against noise in various applications.

A method to guide USVs without GPS using UAV technology.

Exploring the role of SLAM and RL in improving robot navigation.

LEO satellites enhance positioning accuracy in various applications.

A new method for finding shortest paths in changing directed graphs.

A look at how fuzzy logic aids robot navigation indoors.

New approach improves robot understanding of navigation instructions using spatial awareness.

Using machine learning for better GNSS scintillation predictions.

Acoustic mapping enhances robot navigation in challenging environments using sound.

Research shows how robots can better navigate using floor plans and vision language models.

A new method enhances accuracy in speed estimation for drones using radar and accelerometer data.

A new method improves robot safety by adapting to real-time conditions.

Teaching robots to ask questions improves their navigation skills.

Learn how drones use optical flow for obstacle avoidance and smooth flying.

A look at how VLM improves robot navigation tasks.

DG-SLAM helps robots track and map surroundings accurately in chaos.

Robots can navigate effectively using visual clues instead of complex maps.

Introducing BEV-ODOM, a simple solution to scale drift in monocular visual odometry.

Explore how numerical precision impacts algorithms and decision-making.

SANGO helps robots move around busy places without disturbing people.

A groundbreaking dataset enhances maritime navigation for autonomous boats.

PoLaRIS provides vital data for safe navigation in unpredictable waters.

Learn how RTEB helps robots move safely through obstacles.

Discover how the MID dataset is shaping ship detection and navigation safety.

Enhancing object tracking in USVs for challenging maritime conditions.

Discover how iMoT improves motion tracking and navigation accuracy.