Modeling and Design of Networked Intelligent Monitoring System for Water Environment

Water environmental health monitoring includes multi-orientation. Data model is established among all influencing factors, and parameters are optimized and designed. On account of IEEE1451 framework construction, model construction of multiple modes is combined. This text starts from the collection device of water environment network intelligent detection system, carries on the system design to the detection system of various modes, carries on some sensor configuration of the system, such as initialization, model construction, carries on the analysis and processing to the actual case, realizes the plug and play function to the sensor. This text studies a series of theories and knowledge of modeling design of networked intelligent monitoring system of water environment, reveals the principle of networked intelligent monitoring system of water environment, and the modeling design of networked intelligent monitoring system of water environment. Through the effect analysis of actual video images, the modeling design of networked intelligent monitoring system of water environment is studied. The test results demonstrate impressive performance of the modeling design in the networked intelligent monitoring system for water environment. Specifically, it achieves accuracy rates of 81.32% in image recognition, 91.01% in differentiation line recognition, 92.35% in data reorganization, and 97.10% in system automation performance.