While the fixed lifespan blood vessel model is not biologically realistic, it allows us to interpret the results from the more realistic variable lifespan blood vessel model.
We then consider traveling waves in a more realistic two-variable model (the Li Rinzel model).
We argue that the experimental data sets of Kd/Ki or other bioactivity measurements provide more realistic response variable for the prediction problem in terms of representing the whole spectrum of interaction affinities, including both true-positive and -negative interactions.
In this paper, we consider the more realistic situations, where other intermediate variables of the open-channel system are measured and some perturbations are known in the future.
For solving more realistic large-size instances, a variable neighborhood search based heuristic is designed.
Flexibility in parental behavior as opposed to invariable and fixed parental systems is a more realistic expectation under often highly variable and unpredictable environmental and social circumstances.
Thus they are expected to remain valid in a more realistic evolutionary scenario (such as variable average substitution, gene duplication and deletion rates in individual families) when these assumptions are relaxed.
This study focuses on the more realistic case, where only the output variables are measured.
The present study uses super-quadric particles describing particles with variable aspect ratios and variable blockiness, and is more realistic than previous modelling studies.
An additional example demonstrates the performance of the method on a more realistic problem, namely, a three-dimensional variable density shear layer.
