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Development of Virtual Reality-Based Radiological Emergency Exercise System

机译:基于虚拟现实的放射锻炼系统的发展

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New concept for exercise technology such as virtual reality (VR)-based exercise system is introduced to alleviate the difficulties in personnel mobilization and to meet the soaring demand for target participants in exercises through an alternative approach to the exercise system. An exercise system was developed to facilitate the resident public with practical and efficient radiological emergency exercise available. An implementer of the exercise system does not only simply proceed exercises according to the scenarios prepared but also practices exercises by actively manipulating the system by him/herself. Thus, he/she can evaluate the result of his/her own practices and improve the practices. Because the system does not require a specific exercise location for practices and calling-on large number of the public for exercises is possible, the system expects to overcome various limitations of the current exercises. Currently, an exercise system was developed with VR-based exercise scenarios for the major occupational groups as a representative group, and a mobile VR gear exercise system was developed. However, an implementer can experience scenarios of unexpected situations resulted in the destruction of infrastructure such as roads and bridges and complex situations brought from combination of an earthquake and tsunami other than normal situations of successes of events.
机译:介绍了诸如虚拟现实(VR)的运动技术的新概念,以缓解人员动员的困难,并通过举办锻炼体系的替代方法来满足对目标参与者对目标参与者的飙升需求。开发了一个健身体系,以促进居民公众,可提供实际和高效的放射急诊运动。锻炼系统的实施者不仅根据准备的方案进行练习,而且还通过主动操纵该系统来练习他/她自己。因此,他/她可以评估他/她自己的做法的结果,并改善了做法。由于系统不需要特定的运动位置进行实践和呼叫大量公众进行练习,因此系统希望克服当前练习的各种局限性。目前,为主要职业集团作为代表小组的基于VR的运动场景,开发了一个锻炼系统,开发了一个移动VR齿轮运动系统。然而,实施者可以体验意外情况的场景,导致基础设施的破坏,如道路和桥梁,以及来自地震和海啸组合的复杂情况,除了事件成功的正常情况之外。

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