基于增强现实的环境影响评估框架

Rohit Mehra, V. Sharma, Vikrant S. Kaulgud, Sanjay Podder
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引用次数: 1

摘要

人类活动可以对环境和社会产生持久的影响。环境影响评估侧重于评估拟议的发展项目对环境的影响,有助于提高决策的透明度,并使多方利益相关者参与其中。然而,环境影响评估是一项数据密集型工作,往往会变得复杂且耗时。此外,EIA目前主要使用二维传统介质进行,这些介质可能具有很大的限制,难以导航和理解。在这里,我们提出了一种沉浸式方法,可以创建3D交互元素,使用增强/混合现实建模现实世界。由于使用三维表示和相关的现实世界交互的固有好处,我们认为我们的方法将促进对开发项目提案的更好、更快、协作性分析,从而减少处理时间并提高高保真度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
AssessAR: An Augmented Reality Based Environmental Impact Assessment Framework
Human activities can have a lasting impact on the environment and society. Environmental impact assessment (EIA) which focusses on evaluating the impact of proposed developmental projects on the environment, helps in transparent decision-making and involves multiple stakeholders. However, EIA is data and effort-intensive and often becomes complex and long-drawn. Moreover, EIA is currently performed using primarily two-dimensional traditional mediums which could be vastly restrictive and difficult to navigate and comprehend. Here, we present an immersive approach which can create 3D interactive elements, modelling the real-world using augmented/mixed reality. Because of the inherent benefits of using three-dimensional representations and associated real-world interactions, we posit that our approach will facilitate better and faster, collaboration-enabled analysis of a developmental project proposal, thereon reducing processing time and promoting high fidelity.
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