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Methodology for comprehensive cell-level analysis of wound healing experiments using deep learning in MATLAB

机译:MATLAB中深入学习的伤口愈合实验综合细胞级分析方法

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摘要

Workflow of deep learning MATLAB application for valid usage of iCD network. Live cell images from cell culture experiment were labelled manually supported by the implemented semi-automatic labeling module, which is based on the threshold method. Segmented image and the corresponding raw image form an image pair. By using rotating, scaling and skewing the image pair is augmented which creates a multiplied dataset for training. iCD Network is trained by using the raw image and the manually (semi-automatic) labelled image as input. Validation is performed by using only raw images only as input to the iCD Network and comparing the results with manually (semi-automatic) labelled image. After successful iCD training and validation, the network can be applied to novel live cell images to analyze cell motion at cell scale and population scale
机译:深度学习MATLAB应用程序的工作流程,用于ICD网络的有效使用情况。由电池培养实验的实时细胞图像由实施的半自动标记模块手动支撑,该模块基于阈值方法。分段图像和相应的原始图像形成图像对。通过使用旋转,缩放和偏斜图像对,可以增强繁殖的数据集以进行培训。通过使用原始图像和手动(半自动)标记图像作为输入来训练ICD网络。通过仅使用原始图像仅作为输入到ICD网络的输入来执行验证,并将结果与​​手动(半自动)标记图像进行比较。在成功的ICD培训和验证之后,网络可以应用于小说实时细胞图像,以分析细胞规模和人口尺度的细胞运动

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