Abstract: A system and Method of monitoring an industrial environment are provided. The method includes classifying datapoints of an industrial dataset associated with the industrial environment into one or more classes using a trained model, wherein the trained model is generated using training dataset, wherein the classes are associated with at least one of a physical quality identifier, one of a location identifier and a device identifier associated with generation of the datapoints, and a unit identifier of the datapoints; augmenting the industrial dataset, based on the classification, to include at least one of the physical quality identifier, the location identifier, the device identifier, and the unit identifier along with an associated confidence metric; and monitoring at least one asset or at least one process in the industrial environment using the augmented industrial dataset.

Abstract: Electronic circuit for the detection of a capacitive variation on two distinct contact capacitors, (C1, C2), comprising means able of squaring the signals generated by a conventional pulse generator and filtered by two filters (R1, C1-R2, C2), wherein the respective capacitors (C1, C2) are the same said contact capacitors which are connected to a respective terminal to a common ground (G); said means are also able to generate respective signals formed of trains of squared pulses, to compare said two signals and to provide an output signal depending on the result of said signals comparison. Said output signal depends on the phase difference between the pulses of said two trains of squared pulses.

Abstract: Electronic circuit for the detection of a capacitive variation on two distinct contact capacitors, (C1, C2), comprising means able of squaring the signals generated by a conventional pulse generator and filtered by two filters (R1, C1-R2, C2), wherein the respective capacitors (C1, C2) are the same said contact capacitors which are connected to a respective terminal to a common ground (G); said means are also able to generate respective signals formed of trains of squared pulses, to compare said two signals and to provide an output signal depending on the result of said signals comparison. Said output signal depends on the phase difference between the pulses of said two trains of squared pulses.