Mr. Agüera y Arcas then created mathematical models to compare the letters.
The models require a mapping task between the two models to compare them.
We need aromaticity models to compare them, but we still might want to distinguish them.
Finally, we use these models to compare the performances of ECN/RED and SAP-LAW with presence of UDP traffic.
One can view random simplicial complexes as null models to compare with empirical data when studying PH.
Wroe, of the University of New South Wales, and his colleagues made computer models to compare the bite mechanics of Smilodon and Thylacosmilus, as well as a living cat, the leopard.
Therefore, we decided to use negative binomial models to compare the environmental influences on both bluefin and yellowfin tuna catch.
We built different models to compare performances in different scenarios.
Model equivalence is also a key consideration in choosing which models to compare.
Primary analysis will be based on intention to treat using logistic regression models to compare treatments.
