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VEHICLE THREAT LOCATING VIA THE DETECTION OF ANOMALIES ON ROADS AND THEIR VERGES

机译:通过检测道路及其异常的异常来定位车辆的威胁

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Situational awareness originating from advanced sensorsystems augments the ability of sound decision making.This paper considers the image analysis problem given amulti-sensor system mounted on an army patrol vehiclethat serves as an early threat alert mechanism. Hence,it concerns forward looking sensors that move througha complex environment whilst detecting events or pointsof interest. The objective comprises identifying potentialthreats to the vehicle such as Improvised Explosive Devices(IED). This paper focuses on how an optical sensorand a forward-looking infrared (FLIR) are exploited for detectingand tracking stationary anomalies on the road’s surfaceand verges. The applied approach consists of a roadscene analysis that extracts the road’s surface and vergesfollowed by anomaly detection in each of the extracted regionsseparately. The detected anomalies from both sensorsare tracked and combined in geographical coordinateswhere their threat-levels also increase due to the responseof other sensors. The proposed methodology was assessedduring a full system’s demonstration. The obtained resultswithin a simplified real situation show considerable potential.
机译:来自高级传感器的态势感知 系统增强了明智决策的能力。 本文考虑了图像分析问题,给出了 安装在陆军巡逻车上的多传感器系统 作为早期威胁警报机制。因此, 它涉及通过的前瞻性传感器 复杂的环境,同时检测事件或点 出于兴趣。目标包括确定潜力 对车辆的威胁,例如简易爆炸装置 (IED)。本文重点介绍光学传感器 并利用前视红外(FLIR)进行检测 并跟踪路面上的固定异常 和边缘。应用的方法包括一条路 场景分析,提取道路的表面并进行调整 然后在每个提取的区域中进行异常检测 分别地。从两个传感器检测到异常 在地理坐标中进行跟踪和合并 他们的威胁级别也因响应而增加 其他传感器。对拟议的方法进行了评估 在整个系统的演示中获得的结果 在简化的实际情况下显示出可观的潜力。

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