Similar to commercial characterization algorithms, we provide the user with significant flexibility in evaluating several constitutive laws to determine the most appropriate physical model for the material under investigation.
The modules, regulators and paths are inferred simultaneously, resulting in the most probable physical model of gene regulation that underlies the observed data.
It also provides a state-of-the-art review on various CFD applications in the food industry such as ventilation, drying, sterilisation, refrigeration, cold display and storage, and mixing and elucidates the physical models most commonly used in these applications.
There were significant differences between sex and age-groups for most physical characteristics, so all models were adjusted for sex and age-group, as well as study location, SES, and sexual maturation.
The mathematical modeling of most physical systems, such as aerospace systems, heat processes, telecommunication systems, transmission lines and chemical reactors, results in complex high order models.
Data processing has been carried out taking into consideration the response of synthetic models, which simulates physical models of the most common karstic features in the area.
Most modern clustering algorithms are based on physical models, data mining techniques or spatial partitioning.
This is in contrast to most physically-based models that use physical laws to derive the underlying relationships of the system and require prior knowledge about the nature of the relationships among the data.
The latest findings highlighted the uncertainties of physical models as one of the most controversial aspects of BEPU.
Milford Wolpoff b. 1942, Chicago, IL, Ph.D. 1969, University of Illinois, advocates a multiregional model of human origins that remains controversial among most physical anthropologists.
