Researchers have developed an intelligent framework that combines artificial intelligence with medical knowledge to improve the accuracy and consistency of Polycystic Ovary Syndrome diagnosis.
A new symbiotic system combines human intuition with quantum-inspired AI to proactively identify and manage ambiguity in rapidly changing environments.
A new approach leverages the power of large-scale video understanding to dramatically improve how robots learn complex tasks from limited demonstrations.
A new benchmark dataset challenges large language models to demonstrate multimodal reasoning skills on complex chemistry Olympiad questions.
A new review explores how artificial intelligence is transforming the creation of realistic and comprehensive test scenarios for automated driving systems.
A new four-legged robot platform and hierarchical planning framework enables robust and efficient autonomous exploration in challenging real-world environments.
Researchers have developed a modular and affordable open-source toolkit designed to accelerate the development of underwater robotic systems for a range of applications.
New research reveals that effective AI governance hinges less on crafting adaptable laws and more on securing the resources needed to actually enforce them.
Researchers introduce a new model that allows robots to learn complex manipulation tasks by observing both human demonstrations and data generated from simulated environments.
A new study reveals the critical disconnect between academic research and the practical demands of industry in the rapidly evolving field of AI-driven software development.