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Preliminary Study of Water Quality Monitoring Based on WSN Technology

机译:基于WSN技术的水质监测初步研究

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Water plays an important role in human daily life such as drinks of human, farming, livestock breeding and also manufacturing. However, urbanization modernization and industrialization had cause pollution to the clean water source for the usage agriculture. Therefore, it is vital to have a water quality monitoring tool which provides real-time water quality data and cover large area. Although the research of water quality monitoring system is widely done and applied, the current system is still expensive, small coverage and not user friendly. Moreover, most of the WQMS developed is not suitable for agriculture purpose due to the usage of unsuitable sensors. Thus, an affordable, large coverage and user friendly wireless water quality monitoring system with suitable sensors is proposed to assist the authority effectively in maintaining the health of the natural water source around the area. Here, a low-cost, large coverage and user friendly water quality monitoring system with multi sensor which is based on Wi-Fi Technology is presented. The process of designing the system involves three main parts which are hardware development, software development and also wireless network process. For hardware development part, different types of sensor will be employed and the sensors will be integrated with microcontroller. As for the software development, a few programming software is integrated for data acquisition, processing and displaying. Finally, for the wireless network process, wireless network module is used to for data transmitting and receiving while website is used to display the obtained data.
机译:水在人类日常生活中起着重要作用,如人类,农业,牲畜养殖和制造的饮料。然而,城市化现代化和产业化因使用农业的清洁水源而导致污染。因此,具有水质监测工具至关重要,可提供实时水质数据并覆盖大面积。虽然水质监测系统的研究得到了广泛的完成和应用,但目前的系统仍然昂贵,覆盖率小,而不是用户友好。此外,由于使用不合适的传感器,大多数WQMS开发的WQM不适合农业目的。因此,提出了具有合适传感器的经济实惠的,大的覆盖和用户友好的无线水质监测系统,以帮助管理局在维持该地区周围的天然水源的健康。这里,提出了具有基于Wi-Fi技术的多传感器的低成本,大的覆盖和用户友好的水质监测系统。设计系统的过程涉及三个主要部分,这些主要部分是硬件开发,软件开发和无线网络过程。对于硬件开发部分,将采用不同类型的传感器,传感器将与微控制器集成。至于软件开发,少量的编程软件集成了数据采集,处理和显示。最后,对于无线网络过程,无线网络模块用于用于数据发送和接收的数据,而网站用于显示所获得的数据。

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