Technically, a dummy variable is used, its value being 1 when the respective I-O coefficient increases, and 0 when it decreases or stagnates.
To be more specific, this measure should be zero if the share of "medium-level" jobs has not deviated from its typical value, positive when it decreased and negative when it increased.
The role of myocardial geometry in the charge threshold for excitation was documented by computing the S-D curve, which shifted to the right when the "liminal length" increased (i.e. reduced excitability) and to the left when it decreased (i.e. increased excitability) [53].
When analyzing trends in the first 48 hours, regardless of the initial score, the mortality was 56% when the score increased, 24% when it remained unchanged, and less than 20% when it decreased.
The sensitivity of the detector was set to the maximum value of 8, with exception of two periods (from 0 to 4.25 min and from 8.50 to 10.00 min), when it decrease to the lowest values of 1.
Indeed, the only time it changed between 1992 and 2011, was during the great recession, when it decreased.
When it decreased, wages went down.
It can also be analysed from the difference or differential equation when a Hebbian adaptation process (e.g. [2, 4, 5, 6, 8, 15, 16]) has an equilibrium and when it increases or decreases.
When does trying to steal make sense, and when does it decrease the chances of scoring?
In addition, as expected, when the subsidy reduces the number of admissions, the number of emergency and ACSC admissions decreases, and when it increases the number of admissions, those for non-emergency and admissions for diagnosis increase.
