recent posts:

›   Modeling the minutia of motor manipulation with AI

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›   Explainable AI for detecting and monitoring infrastructure defects

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›   Using deep learning to help distinguish dark matter from cosmic noise

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›   Geometric deep learning for protein sequence design

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›   Machine learning enhances chemical analysis at the nanoscale

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›   Navigating the labyrinth: How generative models tackle complex data sampling

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›   Machine learning accelerates discovery of solar-cell perovskites

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›   Trotting robots offer insights into animal gait transitions

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›   Machine learning viability modelling of vertical-axis wind turbines

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›   Deep learning-powered system maps corals in 3D

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›   Machine learning helps improve quality assurance for wind turbines

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›   Chameleon AI program classifies objects in satellite images faster

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›   Deep learning model to help detect plastic in oceans

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›   Enhancing AI robustness for more secure and reliable systems

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›   PeSTo: an AI tool for predicting protein interactions

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›   Engineering molecular interactions with machine learning

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›   Improving the understanding of metal-organic frameworks

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›   UrbanTwin: seeing double for sustainability

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›   Using machine learning to forecast amine emissions

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›   Machine learning predicts heat capacities of metal-organic frameworks

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›   Better understanding of cellular metabolism with the help of AI

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›   Deep learning: a framework for image analysis in life sciences

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›   Artificial intelligence and big data to help preserve wildlife

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›   Artificial intelligence helps speed up ecological surveys

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›   Artificial intelligence speeds land-use classification

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›   Helping drone swarms avoid obstacles without hitting each other

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›   FLeet: putting machine learning in your pocket

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›   Studying biomolecules with deep-learning-enhanced nanoplasmonic technique

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›   Machine learning helps retrace evolution of classical music

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›   Applying deep learning algorithms to the task of clearing space junk

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