AI and machine learning applications

Employing retrieval-augmented generation to enhance rare disease diagnosis in clinical workflows

retrieval-augmented generation rare disease diagnosis clinical AI medical literature synthesis decision support systems

Through few-shot hypernetworks for rapid adaptation in robotic grasping tasks

few-shot learning hypernetworks robotic grasping adaptive control machine learning

Upgrading 1990s medical imaging technologies with AI-driven noise reduction algorithms

medical imaging AI noise reduction MRI upgrades CT scanners deep learning

For robotic tactile intelligence in subterranean exploration via geophysical feedback loops

vibrotactile mapping borehole navigation granular flow sensing proprioceptive AI

Enhancing robotic dexterity through few-shot hypernetworks for adaptive grasping

robotics hypernetworks adaptive grasping few-shot learning manipulation

Bridging sonar technology with bat echolocation for megacity-scale navigation systems

sonar echolocation autonomous navigation biomimicry urban mobility

Using blockchain for transparent and tamper-proof pharmaceutical supply chains

blockchain pharmaceutical supply chain counterfeit prevention traceability decentralized ledger

Upgrading 1990s medical imaging technologies with AI-driven diagnostics

medical imaging AI diagnostics legacy systems machine learning radiology

Employing retrieval-augmented generation to enhance rare disease diagnosis accuracy

retrieval-augmented generation rare diseases AI diagnostics medical literature patient data

Bridging current and next-gen AI via self-supervised curriculum learning

AI transition self-supervised learning curriculum learning next-gen AI machine learning

Using explainability through disentanglement in deep learning for neurodegenerative disease prediction

explainable AI disentanglement neurodegenerative diseases deep learning medical diagnostics

Merging archaeogenetics with machine learning to resurrect extinct microbial metabolisms

archaeogenetics metabolic engineering paleobiotechnology machine learning