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A segmentation approach for tissue images using non-dominated sorting GA

机译:使用非支配排序GA的组织图像分割方法

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Medical images are usually used for assisting the doctors to make decisions or diagnoses, the segments are commonly corresponded to different tissue classes, pathologies, and other biologically relevant structures, thus it is very important in the medical diagnose. This paper uses adipose tissue images for example to show the feasibility of the proposed non-dominated sorting Genetic Algorithm (NSGA) model for segmentation. NSGA-based segmentation approach is capable of find the best solution which is close to the Pareto frontier based on the hierarchical structure of population. The experiments show the outperformance of the proposed model over NSGA and sorting Genetic Algorithm (SGA) approaches. The outperformance of the proposed model may attributed to the adaptive determination of the parameters for working out the sharing function which gives the positive impacts on the algorithms.
机译:医学图像通常用于协助医生做出决定或诊断,这些片段通常对应于不同的组织类别,病理以及其他生物学相关的结构,因此在医学诊断中非常重要。本文以脂肪组织图像为例,说明了提出的非支配排序遗传算法(NSGA)模型进行分割的可行性。基于NSGA的分割方法能够根据人口的层次结构找到最接近帕累托边界的最佳解决方案。实验表明,所提出的模型优于NSGA和排序遗传算法(SGA)方法。提出的模型的性能不佳可能归因于参数的自适应确定,以计算出共享函数,从而对算法产生了积极影响。

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