A method for processing measurements, acquired by a measurement sensor, at various measurement times, the measurement sensor being: - integrated into a connected device, worn/borne by a user, the connected device being configured to be connected to a wireless communication network; - configured to acquire, at each measurement time, a measurement (X(t)) representative of a movement of the user or of a physiological characteristic of the user; - connected to an electronic control circuit configured to command acquisition of measurements by the sensor, and/or pre-processing of measurements acquired by the sensor, the electronic control circuit comprising at least one control register; - parametrized by sensor parameters, each sensor parameter being stored in one control register of the electronic control circuit, to each sensor parameter corresponding to one specified value; the method comprising: - acquiring measurements by means of the measurement sensor at various measurement times, so as to form a sequence of measurements; - transmitting data, established on the basis of the sequence of measurements, to an interpreting application, the interpreting application being programmed to estimate, on the basis of the transmitted data, a user state, the user state being selected from a plurality of predetermined states; - the method being characterized in that it comprises, during acquisition of the measurements: • periodic verification of the conformity of the values of each sensor parameter with respect to the value specified for said parameter, for each sensor parameter respectively, verification being considered to be: - negative when at least one value of a sensor parameter does not conform with the value specified for said sensor parameter; - positive when the value of each sensor parameter does conform with the value specified for said sensor parameter; • following a negative verification, updating each non-conforming sensor-parameter value, by replacing each non-conforming parameter value with the value specified for said parameter. - integrated into a connected device, worn/borne by a user, the connected device being configured to be connected to a wireless communication network; - configured to acquire, at each measurement time, a measurement (X(t)) representative of a movement of the user or of a physiological characteristic of the user; - connected to an electronic control circuit configured to command acquisition of measurements by the sensor, and/or pre-processing of measurements acquired by the sensor, the electronic control circuit comprising at least one control register; - parametrized by sensor parameters, each sensor parameter being stored in one control register of the electronic control circuit, to each sensor parameter corresponding to one specified value; - acquiring measurements by means of the measurement sensor at various measurement times, so as to form a sequence of measurements; - transmitting data, established on the basis of the sequence of measurements, to an interpreting application, the interpreting application being programmed to estimate, on the basis of the transmitted data, a user state, the user state being selected from a plurality of predetermined states; - the method being characterized in that it comprises, during acquisition of the measurements: • periodic verification of the conformity of the values of each sensor parameter with respect to the value specified for said parameter, for each sensor parameter respectively, verification being considered to be: - negative when at least one value of a sensor parameter does not conform with the value specified for said sensor parameter; - positive when the value of each sensor parameter does conform with the value specified for said sensor parameter; • following a negative verification, updating each non-conforming sensor-parameter value, by replacing each non-conforming parameter value with the value specified for said parameter. • periodic verification of the conformity of the values of each sensor parameter with respect to the value specified for said parameter, for each sensor parameter respectively, verification being considered to be: - negative when at least one value of a sensor parameter does not conform with the value specified for said sensor parameter; - positive when the value of each sensor parameter does conform with the value specified for said sensor parameter; - negative when at least one value of a sensor parameter does not conform with the value specified for said sensor parameter; - positive when the value of each sensor parameter does conform with the value specified for said sensor parameter; • following a negative verification, updating each non-conforming sensor-parameter value, by replacing each non-conforming parameter value with the value specified for said parameter.