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Tracking and emergency detection of inland vessel using GPS-GSM system

机译:GPS-GSM系统对内河船舶进行跟踪和应急检测

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摘要

Tracking Inland Vessel in water is a challenging task, to avoid accidents due to route change. In this paper, a standard technology is considered, for tracking inland vessel so that the accidents in the sea can be avoided. A system is designed to detect and to constantly monitor the vessel and if the vessel is in danger an alert message can be sent to a rescue team by a base station where the vessel is been monitored. A Microcontroller 89s52, GPS, GSM, Ultrasonic Sensor, Vibration Sensor, Wireless Camera and RF Controllers are used to design this system. To provide communication GSM network is used and GPS is used to locate the vessel in the water. Vibration sensor is used to detect the vibrations within the water and Ultrasonic sensor is used to detect the object which is near to the vessel to avoid collision. Wireless Camera is linked between the base station and vessel and is used to continuously monitor the vessel. To provide communication between microcontroller and integrated devices to the Microcontroller Kiel Software is used and the prototype designed is tested.
机译:跟踪水中的内陆船只是一项艰巨的任务,以避免因航线变更而导致事故。在本文中,考虑了一种用于跟踪内河船只的标准技术,从而可以避免发生海上事故。设计一种系统来检测并不断监视船舶,如果船舶处于危险之中,可以通过监视船舶的基站将警报消息发送给救援队。一个微控制器89s52,GPS,GSM,超声波传感器,振动传感器,无线摄像机和RF控制器用于设计该系统。为了提供通信,使用GSM网络,使用GPS在水中定位船只。振动传感器用于检测水中的振动,而超声波传感器用于检测靠近容器的物体以避免碰撞。无线摄像头链接在基站和船只之间,用于连续监视船只。为了使微控制器和集成设备之间的通信提供给微控制器,使用了Kiel软件并测试了设计的原型。

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