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Development of Computer Aided Retained Auricular Prosthesis Surgery System -A Clinical Case Study on Microtia

机译:计算机辅助保留的耳穴假体外科系统的开发 - Microotia的临床案例研究

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The fast growing computer technology had been successfully applied to the industry and medical applications. The operation efficiency, system accuracy, and quality consistency can be significantly improved by introducing the computer techniques. In recent years, several works combine the techniques of the computer software, machine vision and image processing to assist the surgeons to improve the surgical quality. Especially, the surgery navigation system is more emphasized than ever. In this paper, we propose a computer aided retained auricular prosthesis surgery system In this work, a 3D digitizer is used to measure the coordinate and posture of the patient. The patient's coordinate is further transformed to the coordinate of the computer model. In addition, a sound-based navigation system is developed to guide the surgeon to reach the registration position that was identified at the pre-surgery stage. Finally, a clinical case of the retained auricular prosthesis surgery of the microtia children was proposed and successfully validated.
机译:快速增长的计算机技术已成功应用于行业和医疗应用。通过引入计算机技术,可以显着提高运行效率,系统精度和质量一致性。近年来,有几种作品结合了计算机软件,机器视觉和图像处理的技术,帮助外科医生提高手术质量。特别是,手术导航系统比以往任何时候都更加强调。在本文中,我们提出了一台计算机辅助保留的耳廓假体手术系统在这项工作中,3D数字转换器用于测量患者的坐标和姿势。患者的坐标进一步转换为计算机模型的坐标。此外,开发了一种基于基于声音的导航系统,以引导外科医生达到在手术前阶段鉴定的登记位置。最后,提出了一种临床案例,提出了MICRITIA儿童的保留耳穴假体手术和成功验证。

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