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High Resolution Trichromatic Road Surface Scanning with a Line Scan Camera and Light Emitting Diode Lighting for Road-Kill Detection

机译:使用线扫描相机和发光二极管照明进行道路杀伤检测的高分辨率三色路面扫描

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摘要

This paper presents a road surface scanning system that operates with a trichromatic line scan camera with light emitting diode (LED) lighting achieving road surface resolution under a millimeter. It was part of a project named Roadkills—Intelligent systems for surveying mortality of amphibians in Portuguese roads, sponsored by the Portuguese Science and Technology Foundation. A trailer was developed in order to accommodate the complete system with standalone power generation, computer image capture and recording, controlled lighting to operate day or night without disturbance, incremental encoder with 5000 pulses per revolution attached to one of the trailer wheels, under a meter Global Positioning System (GPS) localization, easy to utilize with any vehicle with a trailer towing system and focused on a complete low cost solution. The paper describes the system architecture of the developed prototype, its calibration procedure, the performed experimentation and some obtained results, along with a discussion and comparison with existing systems. Sustained operating trailer speeds of up to 30 km/h are achievable without loss of quality at 4096 pixels’ image width (1 m width of road surface) with 250 µm/pixel resolution. Higher scanning speeds can be achieved by lowering the image resolution (120 km/h with 1 mm/pixel). Computer vision algorithms are under development to operate on the captured images in order to automatically detect road-kills of amphibians.
机译:本文介绍了一种路面扫描系统,该系统可与三色线扫描相机配合使用,并带有发光二极管(LED)照明,可将路面分辨率降低到1毫米以下。它是一个名为Roadkills的项目的一部分,该项目是由葡萄牙科学技术基金会赞助的,用于调查葡萄牙道路两栖动物死亡率的智能系统。开发了一种拖车,以适应完整的系统,包括独立发电,计算机图像捕获和记录,可控制的照明以在白天或晚上无干扰运行,在一个仪表上将增量编码器(每转具有5000个脉冲)连接到一个拖车轮上,全球定位系统(GPS)本地化,易于在带有拖车牵引系统的任何车辆上使用,并专注于完整的低成本解决方案。本文描述了所开发原型的系统架构,其校准程序,所进行的实验以及一些获得的结果,以及与现有系统的讨论和比较。在4096像素的图像宽度(路面1 m的宽度)和250 µm /像素的分辨率下,可以实现高达30 km / h的连续拖车速度,而不会降低质量。降低图像分辨率(1 mm /像素时为120 km / h)可以提高扫描速度。正在开发计算机视觉算法,以对捕获的图像进行操作,以自动检测两栖动物的道路杀伤力。

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