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ARTIFICIAL NEURAL NETWORK COMBINING SENSORY SIGNAL CLASSIFICATION AND IMAGE GENERATION

机译:人工神经网络结合感觉信号分类和图像生成

摘要

A method which includes: Obtaining a training set which comprises: multiple data pairs each comprising: (i) a raw sensory signal acquired by a medical imaging system, and (ii) a processed image generated by the medical imaging system from the raw sensory signal; and a classification label for each of the data pairs. Based on the training set, training an artificial neural network (ANN), wherein the training comprises minimizing a global loss which is a weighted sum of: a loss between the classification labels and classification predictions by the ANN, and a similarity loss between the processed images and images generated by an intermediate layer of the ANN. The training is such that the trained ANN is configured, for a new raw sensory signal: to predict a new classification, and to generate a new image by the intermediate layer of the ANN.
机译:一种方法:获得包括:多个数据对的训练集,每个数据对包括:(i)由医学成像系统获取的原始感觉信号,(ii)由医学成像系统从原始感觉信号产生的处理图像 ; 以及每个数据对的分类标签。 基于训练集,训练人工神经网络(ANN),其中训练包括最小化作为加权总和的全局损失:ANN的分类标签和分类预测之间的丢失,以及处理之间的相似性损失 由ANN的中间层生成的图像和图像。 培训是使培训的ANN被配置为新的原始感觉信号:预测新分类,并由ANN的中间层生成新图像。

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