Sentence examples for multiplying the contributions from inspiring English sources

This value was calculated by multiplying the contributions of individual properties with Eq. (1) [15].

Multiplying the contribution of one code to one strategy by the weight of the strategy (obtained at the first step), the results show that the codes that are credited more points are mostly the land use planning and urban planning contributing codes, with "Risk Prevention Plan" ranking first place.

The mass of organic matter from marine ecosystem deposited each month on the beach is then calculated multiplying the contribution of the nest with the total number of nests.

If one multiplied the contributions of distances and motif-sequence similarity, the kernel would be in some sense similar to the previously proposed oligo kernel (Meinicke et al., 2004).

To multiply the contribution of the private sector to inclusive and green growth, business calls upon governments to promote free trade of sustainable goods and services, encourage private investment in sustainable development, by establishing enabling policy frameworks.

A simple way to heuristically combine prior information is to multiply the contribution of each prior by a constant α p that measures the belief in the quality/relevance of each prior S p and consider a balanced sum of all self-informations.

The molar concentration of each species was calculated by multiplying the fractional contribution of an individual band by the total concentration of substrate.

Expected abundances were calculated by multiplying the relative contribution of each probe with the proteasome expression level (total of abundances for a specific library).

The data duplication is reduced (say "semi-expanded") if there are multiple deaths on the same day by multiplying the likelihood contribution from that day by the number of deaths on the case day (weighting).

We multiplied the model contribution by 2 so that our best estimate gave equal weight to the a priori atmospheric model distribution and the sum of the two satellite-scaled estimates.

This formula multiplies the hazard contribution for cardiovascular disease at a given age by the probability of being both alive and free from cardiovascular disease at that age, and then sums these values across the age range of interest.