Design of Digital Water-Level Monitoring System Based on LM3S615

Abstract

A high efficiency, informatization, automation water-level monitoring system was designed. It was very helpful to improve the level of hydrological forecast and the level of geological disasters forecast.This water-level monitoring system was based on a 32 bits LM3S615 embedded microcontroller as the main control unit. It consisted of four modules: the main control unit(LM3S615),the signal acquisiton and conduction module, the power supply module and the wireless transceiver module. In the system, the redundant power supply circuit was designed to improve the system’s reliability further. After the test, the operation of the system has been able to complete the expected target, and achieve the performance requirement. At the same time, it also has the very good instruction function for the development of related industrial products.

Economic, Environmental and Social Gains of the Implementation of Artificial Intelligence at Dam Operations toward Industry 4.0 Principles

“…Also, the comparison of three different methods-Least Squares Support Vector Machines (LSSVMs), Relevance Vector Machine (RVM), and General Circulation Model (GCM)-to carry out a weather forecast on gate water flow [43]; A model for pollution prevention and water supply management of Huai River using multi targets and constrains [44]; The simulation to control floods recommends to empty the reservoir as soon as possible, avoiding the maximum flow capacity of the gate [45]; The advantages of automation to improve a hydrologic forecast is helpful for several areas such as industrial, agriculture, rivers and dams [46]; A real time monitoring system based on IoT and cloud computing that analyses the saturation, the level of waste, and dam deformation in mining operations [47].…”