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首页> 外文期刊>NeuroQuantology: an interdisciplinary journal of neuroscience and quantum physics >Identification of Glioma Pseudoprogression Based on Gabor Dictionary and Sparse Representation Model
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Identification of Glioma Pseudoprogression Based on Gabor Dictionary and Sparse Representation Model

机译:基于Gabor字典和稀疏表示模型的胶质瘤伪进展识别

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This paper aims to find an effective clinical means to separate glioma pseudoprogression from true recurrence. To this end, the sparse representation method was introduced into the field of medical image processing. The key solution is to combine the training samples into a redundant dictionary. With the sparse decomposition algorithm, the test samples were represented by the combination of the sparse linear coefficients of training samples. Then, a suitable classifier was generated for the classification of sparse atoms. Finally, the author carried out a case study and proved that our method can effectively diagnose pseudoprogression in glioma, and enjoys a good prospect of clinical application.
机译:本文旨在寻找一种有效的临床手段,将胶质瘤的假性进展与真正的复发区分开。为此,将稀疏表示方法引入医学图像处理领域。关键解决方案是将训练样本组合成冗余字典。使用稀疏分解算法,通过训练样本的稀疏线性系数的组合来表示测试样本。然后,生成适用于稀疏原子分类的分类器。最后,作者进行了案例研究,证明了本方法可以有效地诊断神经胶质瘤的假进展,具有良好的临床应用前景。

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