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Design of Sea Level Monitoring System Using Accelerometer with IoT Based

机译:基于IOT的加速度计的海平监测系统设计

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sea level is always changing, either influenced by meteorological aspects, gravitational forces, or geological effects. Monitoring the sea level is very beneficial, especially in such a big archipelago as Indonesia. This monitoring system is designed to use accelerometer sensor to sense the sea level changes vertically to obtain the level changes over time. This device is also featured by internet connection so that the data obtained from the sensor could be process on site using Arduino microcontroller and then sent to online website for remote monitoring process. This research is using experimental method, focusing on the electronic system design. The working flow of the research is started with literature studies and problem statement, then followed by system design, continued to software design, server building, and software and hardware integration. The last step is to test the device and analyze the result. After trial using simple pulley system, it is found that this device is able to sense the vertical level changes well, with an error for the sensor itself is at most 6 cm or about 2%. But there are some connection problems occurred between the device and the internet which resulted in a delay on the process, making the online monitoring system not perform as desired.
机译:海平面始终变化,无论是受气象方面,引力力还是地质效应的影响。监测海平面非常有益,特别是在如印度尼西亚这样的大群岛。该监控系统旨在使用加速度计传感器来垂直感测海平面,以便随着时间的推移获得电平变化。该设备也由Internet连接提供,以便使用Arduino MicroController从传感器获得的数据可以在现场进行处理,然后发送到在线网站进行远程监控过程。本研究采用实验方法,专注于电子系统设计。该研究的工作流程始于文学研究和问题陈述,然后是系统设计,持续到软件设计,服务器建筑和软件和硬件集成。最后一步是测试设备并分析结果。使用简单滑轮系统进行试验后,发现该设备能够良好地感测垂直电平变化,传感器本身的误差最多为6厘米或约2%。但是设备和互联网之间存在一些连接问题,导致该过程延迟,使在线监控系统不如需要执行。

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