RT @moreisdifferent: Which is best for #Bayesian optimization of materials: #GaussianProcesses, #BayesianNeuralNets, or #RandomForest? @jul…
RT @moreisdifferent: Which is best for #Bayesian optimization of materials: #GaussianProcesses, #BayesianNeuralNets, or #RandomForest? @jul…
RT @moreisdifferent: Which is best for #Bayesian optimization of materials: #GaussianProcesses, #BayesianNeuralNets, or #RandomForest? @jul…
RT @moreisdifferent: Which is best for #Bayesian optimization of materials: #GaussianProcesses, #BayesianNeuralNets, or #RandomForest? @jul…
Which is best for #Bayesian optimization of materials: #GaussianProcesses, #BayesianNeuralNets, or #RandomForest? @julialing11 et al. from @Citrine_io go with random forest in this pioneering work: "High-Dimensional Materials and Process Optimization..." h
@BMatB In the meantime, ML is already powerful for accelerated design of expt. See steel example in https://t.co/4jL2bZ8x67
RT @julialing11: New paper by Citrine scientists on machine learning for materials science: https://t.co/EtcuDz65kO @Citrine_io #materials…
RT @moreisdifferent: research from @Citrine_io finally brings uncertainty estimation into world of machine learning & property prediction h…
RT @moreisdifferent: research from @Citrine_io finally brings uncertainty estimation into world of machine learning & property prediction h…
research from @Citrine_io finally brings uncertainty estimation into world of machine learning & property prediction https://t.co/bQQBX88Nho
RT @AndreaAFuller: Awesome https://t.co/wqRt5kYhF9
RT @julialing11: New paper by Citrine scientists on machine learning for materials science: https://t.co/EtcuDz65kO @Citrine_io #materials…
RT @mlhutchi: One weird trick for performing fewer experiments or observations by focusing on high-information ones! #MachineLearning #VVU…
One weird trick for performing fewer experiments or observations by focusing on high-information ones! #MachineLearning #VVUQ https://t.co/vDAx53Gbd8
RT @julialing11: New paper by Citrine scientists on machine learning for materials science: https://t.co/EtcuDz65kO @Citrine_io #materials…
RT @julialing11: New paper by Citrine scientists on machine learning for materials science: https://t.co/EtcuDz65kO @Citrine_io #materials…
RT @julialing11: New paper by Citrine scientists on machine learning for materials science: https://t.co/EtcuDz65kO @Citrine_io #materials…
RT @julialing11: New paper by Citrine scientists on machine learning for materials science: https://t.co/EtcuDz65kO @Citrine_io #materials…
New paper by Citrine scientists on machine learning for materials science: https://t.co/EtcuDz65kO @Citrine_io #materials #MachineLearning
RT @StatMLPapers: High-Dimensional Materials and Process Optimization using Data-driven Experimental Design with Well-Calibrated Unc… https…
#arXiv #stat_ML "High-Dimensional Materials and Process Optimization using Data-driven Experimental Design with We… https://t.co/rZb2CHgxqw
High-Dimensional Materials and Process Optimization using Data-driven Experimental Design with Well-Calibrated Unc… https://t.co/L7avVRcp2y
New from @brycemeredig and coworkers @Citrine_io : "High-Dimensional Materials and Process Optimization...." https://t.co/AkB0pgXCbR
RT @arxiv_org: High-Dimensional Materials and Process Optimization using Data-driven Experimental Design... https://t.co/uKxG0o2AfM https:/…
High-Dimensional Materials and Process Optimization using Data-driven Experimental Design... https://t.co/uKxG0o2AfM https://t.co/4FTuIzf4x4
"High-Dimensional Materials and Process Optimization using Data-driven Experimental Design with Well-Calibrated Unc… https://t.co/rzyoDys4L9
RT @StatMLPapers: High-Dimensional Materials and Process Optimization using Data-driven Experimental Design with Well-Calibrated Unc… https…
Great paper by Julia Ling (@SandiaLab) et al.! Material Science is an area where Data Science can make a huge impact https://t.co/bTeZNeBIgd
#arXiv #stat_ML "High-Dimensional Materials and Process Optimization using Data-driven Experimental Design with We… https://t.co/rZb2CHgxqw
High-Dimensional Materials and Process Optimization using Data-driven Experimental Design with Well-Calibrated Unc… https://t.co/L7avVRcp2y