Foundation models, VLAs, and control policies moving into hardware.
In-home assistive robots can help with cleaning and organizing, but they need better memory to avoid causing problems. Without this enhancement, they may lead to more inconveniences for homeowners.
The SANDO method is set to revolutionize how disaster-response robots navigate perilous terrains. By improving their ability to traverse unknown environments, this innovation promises to enhance their effectiveness in emergencies.
Service robots are improving their navigation skills by recognizing different types of furniture in office spaces. This recognition is essential for effective route planning and interaction with objects.
The study of octopus arm movement is paving the way for advancements in soft robotics. By mimicking the flexibility and control of these marine creatures, engineers aim to enhance the functionality of robotic systems.
KAIST researchers have developed a robot that mimics the Venus flytrap's ability to sense and grasp objects. This innovative design combines sensory and gripping functions for improved robotic interaction.
A study reveals that robot companions designed with animal or anime features can increase their emotional appeal. This research may shape future developments in social robotics.
A team from North Carolina State University has designed soft robots that can jump in response to infrared light. These robots maintain their jumping motion as long as the light is present, showcasing advancements in robotic mobility.