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A Controlled Study of the Safety Features of a Virtual Reality System for the Development of the Hyper Hospital

机译:大型医院发展中虚拟现实系统安全特性的对照研究

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The safety features of a virtual reality system were studied from the physiological and psychological viewpoint within an ergonomic framework. The virtual reality was developed for constructing a novel on-line hospital system using a virtual environment called "Hyper Hospital". Ten healthy young male subjects were exposed to the virtual reality system with different intensities of the physiological and psychological stimuli. As a psychological stimuli, they underwent an interview with a virtual (an electronic) nurse. The interview session was divided into two parts, namely one of low stress and one of high stress. Following each interview session, subjects were exposed to a jet-coaster like moving scene of varying intensities. The responses were compared with those obtained in the control experiments in which an environmental video (just a scene of Northern seaside) was presented. None of the physiological or psychological parameters such as urinary catecholamine release, heart rate, blood pressure, etc. showed that significant fatigue occurred. This implies that fatigue was not induced by the usage of our VR system compared with the results of the control experiments.
机译:在人体工程学框架内,从生理和心理角度研究了虚拟现实系统的安全性。开发虚拟现实是为了使用称为“超级医院”的虚拟环境构建新颖的在线医院系统。十名健康的年轻男性受试者被暴露于具有不同强度的生理和心理刺激的虚拟现实系统。作为一种心理刺激,他们接受了虚拟(电子)护士的采访。面试分为两部分,即低压力和高压力。每次面试后,受试者都被暴露在飞船般的强度变化的运动场景中。将响应与在控制实验中获得的响应进行比较,在控制实验中展示了一个环境视频(仅是北海边的景象)。尿儿茶酚胺释放,心率,血压等生理或心理参数均未显示出明显的疲劳发生。这表明与控制实验的结果相比,使用我们的VR系统不会引起疲劳。

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