Author(s)

Peng Yan, Zhao Qianyi, Shi Jian

Corresponding Author

Peng Yan

Abstract

The real-time water pressure detection system is of great significance in the fields of water resources management, water supply safety and water conservancy project monitoring. However, the quality control and reliability evaluation of the system still face many challenges. In this paper, the quality control and reliability evaluation methods of water pressure real-time detection system are studied. Firstly, a set of quality control methods is proposed, including selecting high-precision sensors, constructing a stable communication network, analyzing and processing data, and regularly calibrating and maintaining, so as to improve the accuracy of monitoring data and the stability of system operation. Secondly, a set of reliability evaluation method is developed, and the reliability level of the system is scientifically evaluated by using the indicators of system reliability, mean time between failures (MTBF), mean time to repair (MTTR) and failure rate, through actual operation data and fault simulation test. The experimental results show that the proposed method can significantly improve the data accuracy and reliability of the system, and provide a scientific basis for the optimization and upgrading of the real-time water pressure detection system.

Keywords

water pressure real-time detection system; quality control; reliability evaluation