Latest Articles for Navigation

A system that enhances AI-generated navigation instructions by detecting errors and offering corrections.

Study reveals benefits of training robots with varied task experiences.

Robots can navigate better by actively seeking information about their surroundings.

A new system enhances robot navigation and object manipulation capabilities.

Exploring how AR can enhance city navigation and interactions with self-driving cars.

A method for robots to generate wayfinding instructions using language models.

New method improves robot navigation using language and visual mapping.

Key strategies for improving clarity in visual data representation.

Exploring the impact of VR on data analysis tasks in computational notebooks.

A method for creating human movement in 3D environments based on text.

A system enabling rovers to navigate autonomously on the Moon's dark surface.

Discover the link between memory and navigation in the brain's medial temporal lobe.

New guidelines aim to enhance usability of machine learning tools for novice users.

Robots combining wheels and legs aim to enhance urban logistics and deliveries.

A fresh approach to making neural networks more efficient while keeping performance high.

Whisker sensors help robots navigate and understand their environments with precision.

Research shows simple sensors can rival complex cameras in robot tasks.

This study evaluates how well LLMs reason about cardinal directions.

Introducing a method for robots to navigate safely without detailed maps.

A new interface improves ROV control and navigation in challenging underwater environments.

Teams showcased their robot navigation skills in a challenging competition.

AI and language models enhance mobile robots' path planning and decision-making abilities.

Compact methods for robots to navigate without human intervention are emerging.

Study reveals impact of environment on navigation strategies in artificial agents and humans.

Robotic systems draw insights from animal navigation for better performance and efficiency.

Robots improve navigation by understanding both speech and images.

MetaUrban simulates city environments for robot research and development.

OVExp combines language and vision for effective object navigation in varied environments.

Exploring the role of the hippocampus in memory and spatial awareness.

Robots adapt their movement to follow social norms and enhance human interaction.

Discover how Myrmecia midas ants find their way using polarised moonlight.

Outdoor cleaning robots can enhance public cleanliness and address labor shortages.

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.