基于人脸检测、车牌号识别和路况监测的煤矿车辆闸门自动化综合系统

Surendra Mahajan, Aakanksha Bharat Tonpe, Chaitrali Deepak Botkar, Shruti Subhash Salunkhe, V. V. Patil
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引用次数: 0

摘要

煤矿普遍被剥夺了技术进步的权利。煤矿的大部分工作仍然是手工完成的,这导致了许多效率低下和弊端。其中一个场景就发生在煤矿入口附近。进入煤矿的货车认证系统在一定程度上涉及到人为干预。卡车司机经常出于恶意和伪造的目的改变卡车的车牌。这可能导致偷煤。因此,有必要确保只有真正的卡车进入矿井,只有真正的人驾驶它。除了验证驾驶员的真实性外,道路状况监测包括交通标志的检测和识别也是煤炭运输的一个重要方面。本文展示了一个综合系统,由人脸检测和车牌识别组成。在运煤卡车上集成实时交通分析将提供安全的驾驶体验。提出了一种用于检测和识别交通标志并使用语音助手将其传递给卡车司机的功能,以提供额外的安全性。系统实时采集的所有数据将存储在云端,供校对使用。可以向有关当局提供显示实时统计数据的用户界面,以便于监测。此外,所建议的系统是通用的,可以用于任何其他涉及货物运输的行业。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Comprehensive System for Coal Mines with Vehicle Gate Pass Automation using Face Detection, Truck Number Plate Recognition, and Road Conditions Monitoring
Coal mines are generally deprived of technological advances. Most of the tasks carried out in coal mines are still manual which leads to many inefficiencies and malpractices. One such scenario is near the entry gate of the coal mine. The system for authenticating the trucks entering the coal mine involves a human intervention to some extent. Truck drivers often change the numberplate of trucks for malicious purposes and forgery. This may lead to coal theft. Hence, it is necessary to ensure that only the authentic truck enters the mine and only a genuine person is driving it. Besides verifying the authenticity of the driver, road condition monitoring including detecting and recognizing traffic signs is an important aspect of coal transportation. This article exhibits a comprehensive system consisting of gate pass automation using face detection and number plate recognition. Integrating real-time traffic analysis in coal-carrying trucks will provide a safe driving experience. A functionality for detecting and recognizing traffic signs and conveying the same to the truck driver using a voice assistant is proposed for providing additional safety. All the data collected by the system in real-time will be stored on the cloud for proofreading. A user interface showing real-time statistics can be provided to concerned authorities for ease of monitoring. Also, the proposed system is versatile and can be used in any other industry involving the transport of goods.
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