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Deep Learning
Close up view of intestinal polyps
Close up view of intestinal polyps
Computer Vision: Object Detection
YOLOv5 for Polyp Detection
AI-assisted colonoscopy systems have been demonstrated to increase adenoma detection rates. We trained a YOLOv5 deep learning model combining bounding box predictions and object classification to detect polyps in colonoscopy videos.
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Close up view of intestinal polyps
Close up view of intestinal polyps
Computer Vision: Object Detection
YOLOv5 for Polyp Detection
AI-assisted colonoscopy systems have been demonstrated to increase adenoma detection rates. We trained a YOLOv5 deep learning model combining bounding box predictions and object classification to detect polyps in colonoscopy videos.
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Doctor giving a administering telemedicine from a smartphone
Doctor giving a administering telemedicine from a smartphone
Computer Vision: Object Classification
Convolutional Neural Network for Pharyngitis Classification
We trained a deep learning model based on EfficientNetB0 that can diagnose exudative pharyngitis and deployed the model on a web application that can be used to augment the doctor’s diagnosis of exudative pharyngitis.
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Doctor giving a administering telemedicine from a smartphone
Doctor giving a administering telemedicine from a smartphone
Computer Vision: Object Classification
Convolutional Neural Network for Pharyngitis Classification
We trained a deep learning model based on EfficientNetB0 that can diagnose exudative pharyngitis and deployed the model on a web application that can be used to augment the doctor’s diagnosis of exudative pharyngitis.
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Activating the brain of NLP
Activating the brain of NLP
Natural Language Processing and Large Language Models
Automated Labelling of Radiology Reports
Automated labelling of radiology reports with natural language processing uses four main methods, namely: (1) rules-based text-matching, (2) conventional machine learning, (3) neural networks and (4) BERT. This paper details the necessary data preprocessing steps, reviews the 4 main methods for automated labelling and compares their performance.
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Activating the brain of NLP
Activating the brain of NLP
Natural Language Processing and Large Language Models
Automated Labelling of Radiology Reports
Automated labelling of radiology reports with natural language processing uses four main methods, namely: (1) rules-based text-matching, (2) conventional machine learning, (3) neural networks and (4) BERT. This paper details the necessary data preprocessing steps, reviews the 4 main methods for automated labelling and compares their performance.
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