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Application of the potential energy field function in medical image processing based on the characterization of overall and partial area

机译：基于整体和局部面积特征的势能场函数在医学图像处理中的应用

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The potential energy field function plays a pivotal role for the medical image processing. It makes the ambiguous dividing line meet the requirements of clarity gradually, so as to promote the continuous improvement of the effectiveness of the medical image processing. During the discuss process, the specific application of the liver segmentation is the main part of the practice research. Firstly, in this process, the study discusses the construction idea of energy model and the advantages existed in the model, which includes the definition of boundary information, the gradation information and the specific definition of era Characterization information to make relationship among the three become clear gradually. At the same time, it also fully demonstrates the main elements which constitute the energy model. It is significant for the construction of the model and the improvement of its value. Secondly, it addresses the items of gradation information specifically, so as to make the energy model be improved better and the ranges of its application expand furtherly. Also, it is able to exclude the disturbing factors effectively. Finally, it makes a specific discussion to the items of the era characterization. In this process, it mainly carries out a further exploration to the promoting of the model application. It emphasizes the apply steps furtherly to enhance the specific effect of model application. This is the main idea of this research. At the same time, the main purpose and research content of the study can be seen clearly.
机译：势能场函数在医学图像处理中起着关键作用。它使模糊的分界线逐渐满足清晰度的要求，从而促进了医学图像处理有效性的不断提高。在讨论过程中，肝脏分割的具体应用是实践研究的主要部分。首先，在此过程中，研究了能量模型的构建思路以及该模型存在的优点，包括边界信息的定义，灰度信息和时代的特定定义，以明确这三个之间的关系。逐渐。同时，它也充分展示了构成能量模型的主要元素。对于模型的构建及其价值的提高具有重要意义。其次，它具体解决了灰度信息项，从而使能量模型得到更好的改进，其应用范围进一步扩大。而且，它能够有效地排除干扰因素。最后，它对时代特征的各个项目进行了具体讨论。在这个过程中，主要对模型应用的推广进行了进一步的探索。它进一步强调了应用步骤，以增强模型应用的特定效果。这是本研究的主要思想。同时，可以清楚地看到本研究的主要目的和研究内容。

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