Utilizing infrared technology to prevent terrorist attacks

Timmy Nguyen, L. Deligiannidis
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引用次数: 1

Abstract

We present our investigation that could increase the safety of infrastructures by preventing biological and chemical attacks from terrorists. We surveyed the buildings of our campus using infrared (IR) technology then assessed for faults and cavities. These energy leaks can be used as prime points in which terrorists inject the lethal chemicals into the buildings. Also if a terrorist is biologically raiding an area and using IR technology, they will have the knowledge of which buildings are vulnerable to the attacks. By sealing these faults and cavities, buildings with highly sensitive data and/or government personal will have a layer of protection around them. Integration with Google Earth has made it easier to view buildings and switch seamlessly between regular buildings and their IR counterparts. Using Google Earth as our main visualization platform allowed us to easily analyze in 3D the entire campus giving us a better perspective of the buildings and their faults compared to looking at flat two-dimensional images.
利用红外技术防止恐怖袭击
我们提出了我们的调查,可以通过防止恐怖分子的生物和化学袭击来提高基础设施的安全性。我们使用红外(IR)技术对校园建筑进行了调查,然后评估了断层和空洞。这些能量泄漏可以作为恐怖分子将致命化学物质注入建筑物的主要点。此外,如果恐怖分子正在对一个地区进行生物袭击,并使用红外技术,他们就会知道哪些建筑物容易受到袭击。通过密封这些断层和空洞,拥有高度敏感数据和/或政府人员的建筑物将在它们周围有一层保护。与谷歌地球的集成使其更容易查看建筑物,并在常规建筑物和红外建筑物之间无缝切换。使用Google Earth作为我们的主要可视化平台,使我们能够轻松地以3D方式分析整个校园,与查看平面二维图像相比,我们可以更好地了解建筑物及其缺陷。
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