Latest Articles for Navigation

A method to help agents navigate complex environments more efficiently.

New methods improve accuracy in tracking objects using only distance measurements.

A new method teaches AI to navigate cities using landmarks without step-by-step instructions.

Deep generative models enhance robot learning through advanced techniques and applications.

A fresh approach to navigation inspired by animal strategies shows promise for artificial agents.

Enhancing robots' decision-making skills for space exploration.

A new method enhances place recognition in limited LiDAR field of view.

New study reveals tiny robots mimicking microorganisms can learn and navigate effectively.

Exploring how age affects memory and navigation through brain connectivity.

A new navigation method improves robot safety in crowded environments.

Study finds shorter route instructions improve navigation success indoors.

Discover how fruit flies expertly find their way in the world.

Learn about the brains behind London’s taxi navigation.

Place cells help animals navigate and remember their environment.

Researchers use Reinforcement Learning to enhance off-road navigation for wheeled robots.

A new dataset improves robots' ability to understand and navigate 3D environments.

YoloTag improves drone navigation using real-time fiducial marker detection.

New techniques enhance robot navigation by addressing map uncertainty and consistency.

Study reveals brain wave patterns linked to navigation skills.

StratXplore enhances robot navigation through improved error recovery strategies.

A look into improvements and challenges in machine navigation using vision and language.

A new way to explore hyperbolic geometry through physical movement in a virtual world.

New tool enhances spacecraft navigation and tracking in cislunar space.

New method teaches robots to overcome small obstacles using body awareness.

Robots can adapt better to their environments using emotional learning.

iKnap enhances robot teamwork by optimizing information sharing under communication limits.

A new method helps robots navigate better in unknown environments.

Robotic endoscopy improves safety and effectiveness in diagnosing digestive conditions.

A new method simplifies autonomous driving systems for real-world applications.

New system enhances robot memory and communication in human environments.

This study highlights new methods for efficient UAV navigation using deep reinforcement learning.

New methods aid robots in safely navigating hiking trails amidst obstacles.

The ballbot offers hands-free movement control for those with mobility challenges.

New robot designs aim to assist those with vision impairments.

A new method helps robots adapt in busy environments.

WildFusion enhances robot mapping and navigation in complex outdoor environments using multiple sensors.

Teaching robots to ask questions improves their navigation skills.

Researchers develop methods for robots to navigate busy areas alongside people.

Discover how AUVs navigate and explore the ocean's depths.

We enhanced Robotino’s capabilities using ROS 2 for better navigation.