The analytical results from the model are useful for robot design and utilization as well as design of an intelligent controller for robotic assembly.
Next, the items that survived the first analytical procedure are then included in a multivariable method.
Two students directly compared technical problems with the process of analysis in their attempts to apply analytical methods in solving technical problems.
The analytical first part tells us where to go.
In light of this, it would seem appropriate to try another analytical approach that could be appropriate for strongly nonlinear systems.
Where the book falls down is its lack of theoretical foundation and analytical reflection.
It is shown that the experimental data agree well with the analytical results predicted by the theoretical model.
Here, we only concern ourselves with the case of negative epistasis because it allows straightforward comparisons with the analytical coalescent approach.
