Published Paper Details:

In order to compensate for the shortcomings of wired mechanical equipment condition monitoring systems, the use of wireless sensor networks is suggested. It is crucial to construct a dual-processor wireless sensor network node in order to capture vibration signals from mechanical equipment. Developing a complete wireless sensor network mechanical vibration monitoring system also requires research into the self-organizing network, wireless transmission protocol, and on-chip processing function. The clustering network structure is suitable for large-scale networks, has strong scalability, can rapidly adjust to system changes, and is beneficial for using distributed algorithms. The issue of restricted collection and storage capacity when a wireless sensor network is used to mechanical vibration signal acquisition is partially resolved by the creation of high-performance vibration measurement nodes. The experimental findings demonstrate that while the node's time domain signal collection and amplitude will be small, the node's on-chip processing results match those of the host computer, with a small amplitude difference and a maximum error of 8.18%, suggesting that the node's performance can meet on-chip processing requirements. Experiments confirm that the design strategy is feasible.