内窥镜控制评估系统的评价

Saira Hussain, Yuqi Zhou, Ruiji Liu, E. Pauli, R. Haluck, B. Fell, J. Moore
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引用次数: 1

摘要

结肠镜检查通常用于筛查结肠癌息肉。这些程序需要训练有素的从业人员,并且需要广泛的培训才能熟练地执行。内窥镜控制评估系统(ECAS)的开发是为了培训和评估从业人员使用磁跟踪器和相机成像。磁性跟踪器用于在结肠镜插入和收回过程中跟踪内窥镜的尖端运动。此外,相机成像用于跟踪过程中控制旋钮的角度。在结肠镜检查期间,人体模型的结肠偏转成功地跟踪到三个试验的平均为31,54和10mm。视觉处理显示,在人体结肠镜检查过程中,控制旋钮的运动可以成功地跟踪。ECAS系统被证明能够在人体模型过程中成功地测量用户输入。
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Evaluation of Endoscope Control Assessment System
Colonoscopy procedures are commonly performed to screen the colon for cancer-causing polyps. These procedures require highly trained practitioners and extensive training is necessary to perform proficiently. The Endoscopic Control Assessment System (ECAS) was developed to train and assess practitioners using a magnetic tracker and camera imaging. The magnetic tracker is used to track the tip motion of an endoscope during the insertion and retraction procedure of colonoscopy. In addition, camera imaging is used to track the angle of the control knobs during the procedure. The colon deflection of a manikin during a colonoscopy was successfully tracked to be averaged as 31, 54, and 10 mm for the three trials. Visual processing showed the control knob motion could be successfully tracked during a manikin colonoscopy procedure. The ECAS system was shown to be able to successfully measure user inputs during a manikin procedure.
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