AI delivers groundbreaking insights into cancer research, accelerating image segmentation and feature extraction from cell and tissue images at massive scale. 1. Raw electron microscopy image split into a 10 x 10 grid for analysis 2. Hand-annotated for training on machine learning network 3. Use of machine learning to build up 3D images, achieving a 100X increase in the amount of data due to the increase in image layers 4. Machine learning techniques to achieve finer-grain resolution and enable views of microstructures in cells (nucleus, mitochondria etc.), thus increasing the amount of data available to analyze.
2018年10月19日星期五
Accelerated Cancer Treatment Effectiveness
AI delivers groundbreaking insights into cancer research, accelerating image segmentation and feature extraction from cell and tissue images at massive scale. 1. Raw electron microscopy image split into a 10 x 10 grid for analysis 2. Hand-annotated for training on machine learning network 3. Use of machine learning to build up 3D images, achieving a 100X increase in the amount of data due to the increase in image layers 4. Machine learning techniques to achieve finer-grain resolution and enable views of microstructures in cells (nucleus, mitochondria etc.), thus increasing the amount of data available to analyze.
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