Tagged | biotech

• Self-Supervised Learning Advances Medical Image Classification

  (ai.googleblog.com)

  #machine-learning #image-processing #research #biotech

• Decreasing MRI Scan Times Using Deep Learning with NVIDIA Clara AGX

  (developer.nvidia.com)

  #machine-learning #image-processing #biotech

• Detecting Abnormal Chest X-rays using Deep Learning

  (ai.googleblog.com)

  #machine-learning #image-processing #research #biotech

• Improved Detection of Elusive Polyps via Machine Learning

  (ai.googleblog.com)

  #machine-learning #image-processing #research #biotech

• King’s College London Accelerates Synthetic Brain 3D Image Creation Using AI Models Powered by Cambridge-1 Supercomputer

  (developer.nvidia.com)

  #machine-learning #research #biotech

• Applying Advanced Speech Enhancement in Cochlear Implants

  (ai.googleblog.com)

  #machine-learning #hardware #research #biotech

• Multi-task Prediction of Organ Dysfunction in ICUs

  (ai.googleblog.com)

  #machine-learning #research #biotech

• Predicting Protein Structures with Deep Learning

  (developer.nvidia.com)

  #machine-learning #research #biotech

• Transforming Brain Waves into Words with AI

  (developer.nvidia.com)

  #machine-learning #research #biotech

• Improving Breast Cancer Detection in Ultrasound Imaging Using AI

  (developer.nvidia.com)

  #machine-learning #research #biotech

• Improving Genomic Discovery with Machine Learning

  (ai.googleblog.com)

  #machine-learning #research #biotech

• A Browsable Petascale Reconstruction of the Human Cortex

  (ai.googleblog.com)

  #machine-learning #research #biotech

• Applying Machine Learning to…..Yeast?

  (ai.googleblog.com)

  #data-science #machine-learning #research #biotech

• LSTM-FCN for cardiology

  (towardsdatascience.com)

  #data-science #machine-learning #biotech

• Generating Diverse Synthetic Medical Image Data for Training Machine Learning Models

  (ai.googleblog.com)

  #data-science #AI #image-processing #research #biotech

• How Artificial Neural Networks are Helping Stroke Victims

  (towardsdatascience.com)

  #AI #machine-learning #neural-net #biotech

• Releasing the Drosophila Hemibrain Connectome — The Largest Synapse-Resolution Map of Brain Connectivity

  (ai.googleblog.com)

  #deep-learning #machine-learning #research #biotech

• Lessons Learned from Developing ML for Healthcare

  (ai.googleblog.com)

  #data-science #machine-learning #image-processing #research #biotech

• Understanding Transfer Learning for Medical Imaging

  (ai.googleblog.com)

  #data-science #machine-learning #image-processing #research #biotech

• Developing Deep Learning Models for Chest X-rays with Adjudicated Image Labels

  (ai.googleblog.com)

  #deep-learning #image-processing #research #biotech

• Time series features extraction using Fourier and Wavelet transforms on ECG data

  (blog.octo.com)

  #signal-processing #algorithms #time-series #math #biotech

• Deep Learning Algorithms and Brain-Computer Interfaces

  (towardsdatascience.com)

  #deep-learning #AI #biotech

• Deep Prognosis: Predicting Mortality in the ICU

  (blog.insightdatascience.com)

  #deep-learning #data-science #analytics #biotech

• Creating New Composite BioBricks using NLP

  (towardsdatascience.com)

  #data-science #NLP #biotech

• Using Deep Learning to Inform Differential Diagnoses of Skin Diseases

  (ai.googleblog.com)

  #deep-learning #image-processing #research #biotech

• An Interactive, Automated 3D Reconstruction of a Fly Brain

  (ai.googleblog.com)

  #AI #machine-learning #neural-net #biotech

• Building SMILY, a Human-Centric, Similar-Image Search Tool for Pathology

  (ai.googleblog.com)

  #data-science #machine-learning #image-processing #search #biotech

• Presentation: Learning from Machines

  (www.infoq.com)

  #AI #machine-learning #research #biotech

• Deep Learning for Single Cell Biology

  (towardsdatascience.com)

  #deep-learning #machine-learning #big-data #biotech

• Using Deep Learning for finger-vein based biometric authentication

  (towardsdatascience.com)

  #deep-learning #data-science #image-processing #research #biotech

• Zilic: Detect any disease with machine learning

  (towardsdatascience.com)

  #deep-learning #data-science #machine-learning #image-processing #biotech

• A Radiologist’s Exploration of the Stanford ML Group’s MRNet data

  (towardsdatascience.com)

  #data-science #machine-learning #image-processing #biotech

• Towards explainable AI for healthcare: Predicting and visualizing age in Chest Radiographs

  (towardsdatascience.com)

  #data-science #AI #image-processing #biotech

• Retinal Damage Detection

  (towardsdatascience.com)

  #machine-learning #image-processing #neural-net #biotech

• Detecting Retina Damage from OCT-Retinal Images

  (towardsdatascience.com)

  #deep-learning #AI #image-processing #classifier #biotech

• Lessons learned building natural language processing systems in health care

  (www.oreilly.com)

  #data-science #NLP #text-analysis #biotech

• Expanding the Application of Deep Learning to Electronic Health Records

  (ai.googleblog.com)

  #deep-learning #machine-learning #research #biotech

• Improving the Effectiveness of Diabetic Retinopathy Models

  (ai.googleblog.com)

  #deep-learning #machine-learning #image-processing #biotech

• Presentation: Rethinking HCI with Neural Interfaces @CTRLlabsCo

  (www.infoq.com)

  #HCI #hardware #sensors #biotech

• New fastMRI open source AI research tools from Facebook and NYU School of Medicine

  (code.fb.com)

  #AI #machine-learning #big-data #biotech

• A Beginner’s Guide to Brain-Computer Interface and Convolutional Neural Networks

  (towardsdatascience.com)

  #HCI #hardware #neural-net #biotech

• Applying Deep Learning to Metastatic Breast Cancer Detection

  (ai.googleblog.com)

  #deep-learning #image-processing #research #biotech

• Facebook and NYU School of Medicine launch research collaboration to improve MRI

  (code.fb.com)

  #AI #machine-learning #biotech

• Developing a Bioinformatics Database for Disulfide Bonds Research

  (www.toptal.com)

  #DBMS #big-data #biotech

• Improving Connectomics by an Order of Magnitude

  (ai.googleblog.com)

  #data-science #machine-learning #tensor-flow #biotech

• Automating Drug Discoveries Using Computer Vision

  (ai.googleblog.com)

  #image-processing #research #CV #biotech

• How Microservices Could Save Medical IoT

  (nordicapis.com)

  #IoT #microservices #big-data #biotech

• An Augmented Reality Microscope for Cancer Detection

  (ai.googleblog.com)

  #deep-learning #hardware #AR #biotech

• Deep Learning for Electronic Health Records

  (ai.googleblog.com)

  #deep-learning #research #biotech

• Quantifying Effort through Heart Rate Data

  (medium.com)

  #data-science #data-analytics #biotech

• Assessing Cardiovascular Risk Factors with Computer Vision

  (research.googleblog.com)

  #deep-learning #image-processing #research #biotech

• Are computers better than doctors ?

  (hackernoon.com)

  #machine-learning #image-processing #biotech

• Medical Imaging Meets NIPS: A summary

  (towardsdatascience.com)

  #deep-learning #AI #image-processing #biotech

• Out of Core Genomics

  (towardsdatascience.com)

  #data-analytics #big-data #biotech

• Securing Medical IoT Devices

  (nordicapis.com)

  #security #IoT #hardware #biotech

• DeepVariant: Highly Accurate Genomes With Deep Neural Networks

  (research.googleblog.com)

  #deep-learning #big-data #research #biotech

• The Incredible Convergence Of Deep Learning And Genomics

  (hackernoon.com)

  #deep-learning #AI #data-analytics #biotech

• Building Computed Fields in a Biological Database

  (benchling.engineering)

  #software-architecture #DBMS #biotech

• Brain MRI image segmentation using Stacked Denoising Autoencoders

  (blog.insightdatascience.com)

  #image-processing #data-analytics #biotech