Latest Articles for Robot

A portable system gathers detailed data on pedestrian behavior for better robot design.

DREAM enhances how robots manage tasks and energy in challenging settings.

Exploring the impact of AI on young learners and teaching methods.

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

CURE improves robot performance by optimizing configuration settings efficiently.

A method for robots to better assess their surroundings using combined visual and tactile data.

CaveSeg improves robot navigation and mapping of underwater caves.

A study investigates robotic assistance for individuals with vision impairments.

A new framework improves how robots learn from human actions.

This project examines how robots can engage and entertain our pets.

Introducing Spatially-Aware Transformers to improve AI memory systems through spatial and temporal integration.

Researchers are making robots that understand simple human instructions for better tasks.

This article examines parents' views on using learning robots with their children.

Examines the growth of communication between humans and robots using natural speech.

Exploring the viability of smaller language models for effective robotic task planning.

Study explores online robot interactions for children's mental health assessment.

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

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

A learning approach for dynamic cable manipulation using a robot.

A new framework for autonomous robots enhances human oversight during exploration.

Robots can now ask for help to complete complex tasks.

A novel approach helps robots connect visual data with actions.

A new method enhances robot collaboration in maze exploration.

Exploring how agents can adapt learned skills to new tasks using policy generators.

A system that connects sounds with visuals, improving machine understanding.

Social robots assist children with autism in developing crucial skills like communication.

A new system helps robots learn tasks using audio from real-life demonstrations.

A new simulator enhances robot training through realistic video generation.

SPITE enhances motion planning for robots in changing environments with faster updates.

New algorithms enhance robotic inspection efficiency for various real-world applications.

Robots learn to shift obstacles on sand using innovative techniques.

Teams showcased their robot navigation skills in a challenging competition.

This paper discusses a method for robots to learn safety from human input.

A new system helps robots learn from language and images for better task performance.

CTSLAM enhances robotic localization and mapping using flexible data integration.

A new method enables robots to adapt task plans across different environments.

Sharing experiences to improve future robotic development.

Robots are improving in exploring unknown places with a new method.

Exploring methods to help robots achieve human-like walking.

New actuator design enhances underwater robot capabilities by mimicking fish fins.