Latest Articles for Automation

Research enables robots to understand and perform tasks based on human instructions.

New agents can perform tasks solely based on visual inputs from GUIs.

A new algorithm enhances robot navigation safety in crowded spaces.

This framework improves robot decision-making in diverse environments.

Exploring the potential and challenges of spiking neural networks in computing.

A framework for clearer understanding of robot decision-making processes.

LLMatic combines large language models and quality-diversity strategies for efficient neural architecture search.

Managing control inputs for systems that change over time using advanced strategies.

A new method enhances drone navigation in challenging conditions.

Exploring new methods for effective control of soft robots.

Examining methods to enhance robotic learning through multi-task strategies.

LLMs develop and utilize tools to enhance problem-solving efficiency.

A study on Auto-GPT performance in decision-making tasks.

A method to improve data quality monitoring in business data pipelines.

New methods improve the precision of flexible robotic manipulators.

A new technique enhances bug detection in software development.

This work showcases effective robotic learning using self-supervised reinforcement techniques.

A new approach to improve the performance of robot manipulators under disturbances.

Exploring how IoT and robotics improve efficiency in healthcare and agriculture.

Learn how Sustainable Adaptive Security protects smart homes from emerging threats.

New benchmark enhances robot learning and knowledge transfer across tasks.

This article discusses methods for creating efficient robots using simulations and real tests.

A novel method enhances fault estimation accuracy in nonlinear engineering systems.

This paper explores how language models streamline project planning and execution.

New tool creates custom passive grippers for various object shapes.

A method to automate CAD model matching between different systems for better teamwork.

A virtual lab tool for researchers to optimize chemical processes using AI.

New methods streamline the creation of communication protocols, boosting efficiency and correctness.

GMMap improves robotic navigation by optimizing memory and energy use.

MEX framework enhances exploration and decision-making in online reinforcement learning.

New methods aim to automate labeling of financial numbers in reports.

This study examines how screenshots can enhance the accuracy of issue assignments.

TestLab automates software testing using AI to ensure quality and security.

Methods for controlling distributed-parameter systems using flatness and backstepping designs.

A new method enhances learning from demonstrations by identifying and correcting errors.

Robots can now collaborate effectively using different methods and technologies.

Robots improve the accuracy and efficiency of quantum sensor operations.

A new method balances robot speed and human safety in collaborative environments.

PandaLM automates evaluation processes to improve large language models' instruction following.

A new method reduces risks in control systems using deep reinforcement learning.