The Application of Social Media Image Analysis to an Emergency Management System

M. Jing, B. Scotney, S. Coleman, T. McGinnity
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引用次数: 5

Abstract

The emergence of social media has provided vast amounts of information that is potentially valuable for emergency management. In the EU-FP7 Project Security Systems for Language and Image Analysis (Slandail), an image analysis system has been developed to recognize the flood water images from the social media resources by incorporating with text analysis. A novel image feature descriptor has been developed to facilitate fast image processing based on incorporation of the "Squiral" (Square-Spiral) Image Processing (SIP) framework with the "Speeded-up Robust Features" (SURF). A new approach is proposed to generate an index from image recognition outcomes based on a moving window average, which presents a temporal change based on the occurrence of flooding water identified by image analysis. The evaluation for computation time and recognition were based on a batch of images obtained from the US Federal Emergency Management Agency (FEMA) media library and Facebook corpus from Germany, and the outcomes show the advantages of the proposed image features. The simulation results demonstrate the concept of the index based on a moving window average, highlighting the potential for application in emergency management.
社交媒体图像分析在应急管理系统中的应用
社交媒体的出现为应急管理提供了大量有潜在价值的信息。在EU-FP7语言和图像分析安全系统项目(Slandail)中,开发了一种图像分析系统,通过结合文本分析来识别来自社交媒体资源的洪水图像。基于将“方形螺旋”图像处理(SIP)框架与“加速鲁棒特征”(SURF)相结合,开发了一种新的图像特征描述符,以促进快速图像处理。提出了一种基于移动窗口平均的图像识别结果生成索引的新方法,该方法根据图像分析识别出的洪水发生情况呈现时间变化。基于从美国联邦应急管理局(FEMA)媒体库和德国Facebook语料库中获得的一批图像,对计算时间和识别进行了评估,结果显示了所提出的图像特征的优势。仿真结果证明了基于移动窗口平均的指数概念,突出了在应急管理中的应用潜力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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