Structural approaches study mobility through mathematical models that try to represent human or vehicle mobility.
Because daily measurement would raise costs, future research should use mathematical models to try to find the best predictive rule, requiring fewer PCT measurements.
As already mentioned, mathematical models that try to describe such mechanisms, usually fix the spatial and temporal scale and describe the system with a mathematical or computational (i.e., algorithmic) formalism [ 11, 12, 14].
The review also included some comprehensive mathematical modelling to try to understand the variables affecting MRSA colonization rates, and concluded that improvements in detection rates and/or isolation capacity should lead to reduced rates of endemic MRSA.
For this reason, through use of mathematical models, researchers have been trying to better understand the transmission and control of infectious diseases.
He then unveiled his team's solution: a mathematical model that tries to determine when users want new information and when they don't.
Now, a pair of mechanical engineers has devised a mathematical model that tries to mimic how animals use their whiskers to build a mental picture of their environment, and they've built a robot that works on the same principles.
Population geneticists pursue their goals by developing abstract mathematical models of gene frequency dynamics, trying to extract conclusions from those models about the likely patterns of genetic variation in actual populations, and testing the conclusions against empirical data.
Thus, mathematical models face enormous obstacles in trying to account for all of the possible signaling crosstalk and to account for the abundance (and potential modified state) of each of the players in all of their potential subcellular locations.
Several mathematical models have been developed to try and understand the dynamics of this process and how it can be slowed or even avoided.
