Automatic Definition of Regions of Interest on Renal Scintigraphic Images

Yassine Aribi, Ali Wali, Mohamed Chakroun, Adel M. Alimi
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引用次数: 11

Abstract

Renography is a radionuclide technique introduced in medicine since the early sixties in the daily practice. It allows measuring the function of each kidney separately in case of unilateral or bilateral uro-nephrological disease. A new system for analysis of Renography is presented in this paper. Our system aims to show a fully automated method for drawing the renal regions of interest based on a multi-agent system that incorporates spatio-temporal interest points detection on scintigraphic images by using the HOG3D descriptor to initialize agents. We used both types of agents, namely supervisor agents and explorator agents, they communicate among themselves and they inspire in their behavior from the Fast Marching method. Our system was tested on many real patients’ cases and we have obtained encouraging results. Clinical validation showed a constant agreement between the approach presented and manual segmentation by professionals in the nuclear medicine.

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肾脏扫描图像感兴趣区域的自动定义
肾造影术是一种放射性核素技术,从60年代初开始应用于医学的日常实践。它允许在单侧或双侧泌尿肾脏疾病的情况下单独测量每个肾脏的功能。本文提出了一种新的图像分析系统。我们的系统旨在展示一种基于多智能体系统的全自动方法来绘制感兴趣的肾脏区域,该系统通过使用HOG3D描述符初始化代理,在科学图像上集成了时空兴趣点检测。我们使用了两种类型的智能体,即监督者智能体和探索者智能体,它们彼此之间进行通信,并从快速前进方法中激发它们的行为。我们的系统在许多真实的病人身上进行了测试,取得了令人鼓舞的结果。临床验证表明,在核医学专业人员提出的方法和手工分割之间的一致。
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