We illustrate how conceptual work products can be modeled using standard software modeling language, which allows them to provide fundamental requirements for what the workflow must accomplish and the information that a new system should provide.
However, a newly-formed protein chain elongates at a rate of about one residue every 50 100 milliseconds, which is orders of magnitude faster than can be modeled using standard molecular dynamics simulation methods.
First, the joint is modelled using standard FE.
Interactions between agents are made through the common agent communication language knowledge query message language (KQML) and data is modelled using standard exchange of product model data (STEP).
Turbulence was modelled using standard k ε model with three different formulas for extra sources of the kinetic energy of turbulence that account for additional turbulence generated by moving vehicles.
Variations in mortality were modeled using standard linear regression methods, with the age-standardized mortality coefficient as the dependent variable and the calendar year as the independent variable.
In one study by Bruce Levin, the population dynamics of CRISPRs in bacterial populations growing in a chemostat were modeled using standard chemostat models [ 72].
Concurrently, PrS was modeled using standard multiple regression models, with goodness of fit estimated by AIC and R. In total, we estimated the AIC, AUC, and R of 364 different models from a round robin of three explanatory variables.
The linking process has several differences as well: in object tracking, objects are often assumed to be independent (or weakly dependent), and have movement characteristics that are modeled using standard physical motion laws.
According to LeSage and Pace ([2009]), the spatial effects can be modelled using a standard linear regression model: y i = ρ W i y i + X n β + u. u = λ W i u + ε.
