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An IoT Based Smart Berthing (Parking) System for Vessels and Ports

机译:基于物联网的智能Betthing(停车处)船舶和港口

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Internet of Things, Big Data, Cloud Computing and such last model technologies are taking a pace towards every part of our life. It is worth to mention that novel technologies are being directed towards obtaining more improvements in the field of Marine. Applying the IoT in particular industries makes that industry's working process automation and creates various smart devices in the field. Also, in Marine, the process comes out identically to those industries. Namely, smart ports and smart ships substitute traditional ports and vessels. However, it should be considered that applying the technologies in the fields is not effortless. Perhaps, this process should be done pace by pace. So, building a smart ship and smart port which is expected to be the fundamental basement of shipping requires much time. To obtain it, traditional versions of the objects in the field should be alerted to smart substitutions and the processes also should be automated by dividing them into parts. In this paper, we presented a system which is dedicated to automating the mooring process of ships. The premium target of our IoT based system is finding vacant places automatically by using the sensors fixed at the port and transfer the data to the ships which are going to berth. In the experimental system, we used a smartphone instead of a ship for client-side of the system and made one Android Application that called "Smart Ship Berthing" instead of ship software. And for our proposed server-side system experiment, we utilized Raspberry Pi with Ultrasonic Sensor to detect a ship and modify empty place to berth.
机译:事物互联网,大数据,云计算和此类模型技术正在朝着我们生命中的每一部分采取速度。值得一提的是,在船上获得更多改进的新型技术。应用IOT在特定行业中使该行业的工作流程自动化并在现场创建各种智能设备。此外,在海洋中,该过程与这些行业相同。即,智能港口和智能船只替代传统的港口和船只。但是,应该认为应用领域的技术并不毫不费力。也许,这个过程应该通过速度完成速度。因此,建立智能船舶和智能港口,预计将成为运输的基本地下室需要花费很多时间。为了获得它,应该警告字段中的传统版本的对象应通过将它们划分为零件来提醒智能替换,并且还应通过将它们分成零件来自动化。在本文中,我们提出了一种致力于自动化船舶系泊过程的系统。我们基于物联网系统的高级目标通过使用在端口处固定的传感器自动查找空置的位置,并将数据传送到将到泊位的船舶。在实验系统中,我们使用了一个智能手机而不是系统的客户端的船,并制作了一个名为“智能船舶Berthing”而不是船软件的Android应用程序。并且对于我们所提出的服务器端系统实验,我们利用了覆盆子PI与超声波传感器来检测船舶并将空位修改为泊位。

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