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Reality AI can recognize subtle signatures in acceleration and vibration, even in high variation applications and noisy environments. Typical applications are wearables, and machine health / predictive maintenance.

Typical sample rates when working with accelerometers and vibration sensors

You'll get your best results with Reality AI when you use time waveforms as your input data and you select an appropriate sample rate. If time waveform isn't practical, we can also work with FFT as input - though we prefer as much frequency and time resolution as possible. In some cases our tools can get good results with Peak-to-Peak, RMS and similar values, but the more information the tools can get in the frequency and time domains, the better.



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