Latest Articles for Obstacles

A novel approach ensures robots can move quickly and safely around obstacles.

New system improves robot tracking of individuals in various environments.

Researchers develop robots that mimic snake movement for better performance in challenging terrains.

A new method allows robots to rearrange objects using natural language commands.

A new method enhances the accuracy of mobile positioning in complex settings.

A method to improve robot movement in busy areas by separating decision-making.

Research highlights deep learning's role in soft robot navigation.

New methods improve wave scattering analysis in various fields, enhancing technology and science.

Smac Planner enables efficient path planning for mobile robots in various environments.

This article reveals methods to determine obstacle shapes using wave data.

Strategies for enhancing data gathering in sensor networks.

CaveSeg improves robot navigation and mapping of underwater caves.

New method enhances robot safety and efficiency in dynamic environments.

A study investigates robotic assistance for individuals with vision impairments.

Two new algorithms enhance robot perception and ensure safety in various environments.

A look into strategies in reach-avoid games and the roles of pursuers and evaders.

A new framework improves robot safety and navigation in unknown environments.

A clear look at how shapes change and adapt in various contexts.

Small robots coordinate to encapsulate multiple signal sources without direct communication.

This article outlines a method for robots to optimize paths considering time and energy.

This article discusses a method for robots to push objects together efficiently.

A look at decision-making under uncertainty and how to make optimal choices.

A new algorithm enhances navigation for small lunar rovers on challenging terrain.

This article explores directed landscapes and their implications in various fields.

A new method for modeling obstacles in conservation laws without losing realism.

LLM-A* merges traditional algorithms with language models for efficient path planning.

A new system tracks moving targets while avoiding obstacles in complex spaces.

Robots learn to shift obstacles on sand using innovative techniques.

Introducing GRASP, a benchmark for assessing spatial reasoning in language models.

Teams showcased their robot navigation skills in a challenging competition.

New approach improves pathfinding efficiency in complex environments.

An overview of how waves interact with obstacles in various fields.

Terahertz technology promises ultra-fast data transfer and new communication applications.

New methods improve mmWave connections for mobile users in dynamic environments.

A new method improves robot navigation and obstacle avoidance.

A strategy game where players program workers to reach their jobs amidst obstacles.

GCS* offers a new method for efficient path planning in complex environments.

Researchers improve fish tracking methods using advanced video analysis.

New method improves drone coordination and efficiency in complex environments.

Researching how robots work together in shared spaces for safe interactions.