Latest Articles for Automation

The Bayes Risk Transducer improves speech recognition efficiency and accuracy.

This work introduces innovative techniques for managing complex reactive programs effectively.

This article discusses optimizing control systems while managing associated risks.

Learn how to assign tasks to robots for better cooperation and efficiency.

Research improves robots' ability to detect objects through touch.

A new system automatically fixes string data errors without user input.

New models improve robotic grasping efficiency with fewer resources.

A new system automates excavation planning and execution, enhancing efficiency and safety.

New method improves sound source location tracking in shallow aquatic environments.

CSVTO improves trajectory optimization in robotics for safer and more effective movement.

A new approach for safety and efficiency in platooning vehicles.

A new method simplifies controlling groups of robots with less effort and cost.

New methods enhance robot movement efficiency in dynamic environments.

Robots are evolving to perform complex tasks across different environments.

Using technology to streamline data collection in chemical studies.

Exploring new methods for converting non-deterministic automata to deterministic forms.

This article discusses control methods for enhancing active magnetic bearings in high-speed machines.

Robots improve their object handling skills by focusing on uncertainty in their learning process.

A new method improves robotic control using visual and force feedback.

This article discusses enhancing robot tracking of shiny objects using depth measurement improvements.

This article covers key aspects and challenges of AutoML in practical applications.

New models improve anomaly detection in industrial settings with vision and language integration.

Research reveals the potential for automated checks in requirements quality.

New methods improve the control of complex nonlinear systems in engineering.

This system integrates Python and Prolog for seamless functionality.

D-VAT improves visual tracking for micro aerial vehicles using advanced learning techniques.

Robots enhance efficiency in orchards through improved navigation and object detection.

A new method improves robotic interactions through language-based movement planning.

Researchers are improving how robots learn through human demonstrations, enhancing safety and adaptability.

A new gripper design enhances small object handling for robots.

MaintainoMATE automates issue categorization and assignment, improving software project efficiency.

GNFactor helps robots learn tasks through visual demonstrations, enhancing their adaptability.

A method to help robots learn safety rules efficiently from expert actions.

A framework to boost performance in continuous-time reinforcement learning systems.

A new framework enhances real-time decision-making in robotic agents.

A new approach to robot motion planning that addresses uncertainty effectively.

Robots enhance their skills to operate on the Moon's challenging surface.

Robots collaborate for efficient building in complex environments.

A new method helps robots better solve arrangement challenges.

Research focuses on improving communication between humans and robot swarms.