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Hippocampal segmentation using structured extreme learning machine with bag of features

机译:使用具有功能包的结构化极限学习机进行海马分割

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Automatic hippocampal segmentation is one of the technique used by physicians to extract hippocampal in order to help them in diagnosing brain related diseases. Previous research shows that hippocampal could be segmented either by bounding box or atlas template, but both of these methods has been criticized as it depends heavily on normalization result between MRI subject and MRI template. In this paper, we introduce an automatic segmentation technique where Structured Extreme Learning Machine (S-ELM) will be used to segment hippocampal. The objective of this paper is mainly to investigate the performance of the S-ELM where every learning hyperparameters that will be used in this study will be analyzed. The proposed technique will also employ Bag of Feature (BoF) as the feature extraction method. Constructing BoF can be based on feature point location through salient point, regular grid, random point and the combination of all aforementioned feature point locations to locate the hippocampal. In order to validate the performance of the proposed framework, the investigation will be carried out using ADNI dataset that can be obtained from http://adni.loni.usc.edu/. The results show that S-ELM can locate the hippocampal region by using grid point selection method compare with another feature point that we have proposed.
机译:海马自动分割是医师用于提取海马以帮助他们诊断脑相关疾病的技术之一。先前的研究表明,可以通过边界框或图集模板对海马进行分割,但是这两种方法都受到批评,因为这在很大程度上取决于MRI受试者与MRI模板之间的标准化结果。在本文中,我们介绍了一种自动分割技术,其中将使用结构化极限学习机(S-ELM)来分割海马体。本文的目的主要是研究S-ELM的性能,其中将分析将在本研究中使用的每个学习超参数。所提出的技术还将采用特征包(BoF)作为特征提取方法。构建BoF可以基于特征点位置,包括显着点,规则网格,随机点以及所有上述特征点位置的组合,以定位海马体。为了验证所提出框架的性能,将使用可从http://adni.loni.usc.edu/获得的ADNI数据集进行调查。结果表明,与我们提出的另一个特征点相比,S-ELM通过使用网格点选择方法可以定位海马区。

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