Graduate School of Advanced Imaging Science, Multimedia & Film in Chung-Ang University, Seoul, 156-756, Republic of Korea.
Comput Intell Neurosci. 2022 Mar 7;2022:4741882. doi: 10.1155/2022/4741882. eCollection 2022.
At present, urban disasters are generally valued by various companies and organizations. Although many companies claim to have effectively tested their urban disaster recovery plans, the effectiveness, completeness, and efficiency of their test plans still exist in many aspects. Therefore, it is very important to effectively check the city's disaster recovery plan. Nowadays, both the scientific research community and the industrial community have paid enough attention and research to urban disaster backup. This is a shield of a guaranteed simulation system. The research in this paper belongs to the category of urban disaster virtual reality technology. Urban disaster virtualization is an integral part of virtual reality technology in the current information technology field. Based on the embedded image system, this article divides the virtualization of urban disasters into two meanings: one is to virtualize various disasters into one type of disaster, so as to focus attention on the process and mechanism of disasters on the information system. The meaning is to virtualize different disaster response methods in the standard process, and all links are interrelated and interdependent so that the highest level of disaster response can be implemented. The main goal of disaster virtualization is to integrate different disasters into a comprehensive model. This paper studies urban disasters through embedded image systems and uses virtual reality technology to establish a simulation system to complete the test.
目前,城市灾害通常受到各种公司和组织的重视。虽然许多公司声称已经有效地测试了他们的城市灾难恢复计划,但他们的测试计划的有效性、完整性和效率在许多方面仍然存在。因此,有效地检查城市的灾难恢复计划非常重要。如今,科研界和工业界都对城市灾难备份给予了足够的关注和研究。这是一个保证模拟系统的盾牌。本文的研究属于城市灾难虚拟现实技术的范畴。城市灾难的虚拟化是当前信息技术领域虚拟现实技术的一个组成部分。本文基于嵌入式图像系统,将城市灾难的虚拟化分为两种含义:一种是将各种灾难虚拟化为一种灾难,以便在信息系统上集中关注灾难的过程和机制。另一种含义是将标准过程中的不同灾难应对方法虚拟化为一个整体,使所有环节相互关联、相互依存,从而实现最高水平的灾难应对。灾难虚拟化的主要目标是将不同的灾难整合到一个综合模型中。本文通过嵌入式图像系统研究城市灾害,并利用虚拟现实技术建立模拟系统完成测试。