摘要:
The invention relates to a system for determining the risk of cardiac arrhythmia in an individual. This system comprises the measurement of physical parameters (VA, VB, VC, D1, Vequ) of the individual and comparing the measured physical parameters (VA, VB, VC, D1, Vequ) with physical reference parameters (VAref, VBref, D1ref, VequRef). A statistical correspondence between the cardinal parameters (C1-C6) and a level of risk of arrhythmia is selected. The risk of arrhythmia in the individual is determined from the statistical correspondence and a previously selected number of cardinal parameters corresponding to extra-cardiac parameters.
摘要:
The invention relates to a method and device for transmitting a signal concerning the motivation state of an individual, wherein said method comprises the following steps: measuring a walking speed (VA), referred to as a standard walking speed without a cognitive task, using a speed sensor (13) when the user walks at a standard speed; measuring a walking speed (VC), referred to as a rapid walking speed without a cognitive task, using the speed sensor (13) when the user walks at a rapid speed; calculating a difference (D1), referred to as a first motivation difference, between the standard walking speed without a cognitive task (VA) and the rapid walking speed without a cognitive task (VC); determining the motivation state of the user on the basis of the comparison between said first motivation difference (D1) and a first reference motivation difference (D1ref) and/or the value of said first motivation difference (D1) of the user; and controlling the transmission of a signal corresponding to said motivation state.
摘要:
The invention relates to a system for determining the risk of cardiac arrhythmia in an individual. This system comprises the measurement of physical parameters (VA, VB, VC, D1, Vequ) of the individual and comparing the measured physical parameters (VA, VB, VC, D1, Vequ) with physical reference parameters (VAref, VBref, D1ref, VequRef). A statistical correspondence between the cardinal parameters (C1-C6) and a level of risk of arrhythmia is selected. The risk of arrhythmia in the individual is determined from the statistical correspondence and a previously selected number of cardinal parameters corresponding to extra-cardiac parameters.