Signal-to-Noise Ratio Calculation for Signal Processing

This program is designed to compute the signal-to-noise ratio (SNR) within signals, applicable to various domains including digital signal analysis and vibration signal processing. In digital signal analysis applications, the program employs power spectral density estimation techniques to evaluate signal quality and noise levels. The implementation typically involves separating signal components from noise using filtering methods or statistical approaches, then calculating the ratio of signal power to noise power. For vibration signal processing, the algorithm helps analyze signal strength and noise interference levels by utilizing time-domain or frequency-domain analysis methods. The program's architecture may include functions for signal preprocessing, noise floor estimation, and SNR computation using logarithmic decibel scales. This tool provides a straightforward yet effective methodology to quantify signal clarity and reliability, enabling better understanding and utilization of signal data through quantitative noise assessment metrics.