The prediction of toxicologic activity based on chemical structure (QSARs) was among the first applications of computation in toxicology.
More recently, many techniques have been applied to further improve the efficacy of SF, such as including thermodynamic data [ 23, 24], including data derived from quantum chemical calculation [ 25, 26], application of modern computation technique and computational intelligence [ 27, 28], etc.
In recent years, the application of evolutionary computation techniques to electronic circuit design problems, ranging from digital to analog and radiofrequency circuits, has received increasing attention.
This paper introduces the session describing the state-of-the-art in the application of evolutionary computation in control system engineering.
In this paper, problems and application of the computation of false alarm rate (FAR) and threshold for belt conveyor systems are studied.
Finally, two examples of the application of the computation model are presented, in which the stress and deformation of a pipe exposed to frost heave or thaw settlement is calculated.
For harmonic oscillation the solutions of these equations are found in exact analytical form, taking full advantage of the application of symbolic computation, which has also been used to obtain the amplitudes of axial force, shear force and bending moment in explicit analytical forms.
The reader is referred to Maarleveld et al. (2013) for the thorough review of concept and application of this computation tool.
First, for a real WMSN contains hundreds or thousands of multimedia sensor nodes, hierarchical architecture is efficient to divide and rule for the application of distributed computation and QoS management.
The problems are discussed also in connection with application of stochastic computations.
