Sentence examples for represents increment from inspiring English sources

For illustration, we consider a two-node network, which produces two time series x ( t ) and y ( t ), for t = 1, …, 1000, with symbolic states n = 2 for x ˙ ( t ) and y ˙ ( t ), where x ˙ ( t ) = 1 represents increment and x ˙ ( t ) = 0 represents decrement.

The positive and negative values represent increments and decrements, respectively.

If I had a separate calendar, I would set each segment of my daily pie chart to represent increments of milligrams for each medication.

Therefore, for graphical depiction, we used relative values representing increments and decrements in SIG and AG.

The contrasts in Model 2 are labeled as: C1 is the average ability; C2 is the summer effect; C3 is the overall change; and C4 represents the increment in growth rate from preschool to kindergarten.

When related to habitual salt intake, NaCl supplementation resulting in an increase in urinary sodium excretion of ∼60% mmol represents an increment in urinary sodium excretion of ∼50% in the LDS group compared with an increment of ∼25% in the HDS group.

Symbol ⇈ represents large increments, ↑ medium increments and ⇊ large decrements.

One solution is to argue that the regress is not vicious at all and that at most it represents an increment in the number of entities (not kinds of entities) postulated by the theory.

S-ratio close to one indicates the dominance of lower coercivity ferrimagnetic mineralogy (e.g., magnetite) while S-ratio decreasing away from one represents the increment of higher coercivity magnetic mineralogy (e.g., hematite).

To illustrate this case of positive and negative influences, we simulate two time series x ( t ) and y ( t ) with a binary difference between the current value and the previous value, where 1 represents an increment and 0 represents a decrement.

B is an n × m matrix, and W ∈ R m is an m-dimensional Brownian motion, i.e. each component d W k represents the increment of an independent standard Brownian motion capturing the fluctuations of the k th reaction about its mean.2 Matrix B decomposes into a sum over the m reactions B = ∑ k = 1 m B k (5).