In this paper, an alternative method to represent Gaussian stationary processes describing wind velocity fluctuations is introduced.
We use the autocorrelated random walk method to represent the time-varying directionality of indoor emissions, thereby predicting the time series and frequency distributions of concentrations close to an actively emitting point source.
Geometric graphs, by modeling the various physical entities and their relationships with vertices and edges, provide a natural method to represent such data sets.
We introduce a DNA encoding method to represent numerical values and a biased molecular algorithm based on the thermodynamic properties of DNA.
The authors suggest a method to represent service provider's value and cost of a designed service based on the service design methods of Service Engineering.
There is a pressing need to provide a modern, universal and user-friendly method to represent and visualize the existing global crustal models.
In tracking a flying target, we apply the dynamic layer representation method to represent the flying target and use a Kalman filter to predict the target's position.
In addition to developing wavelet-based computational models, this work also uses an extension of the Brinkman penalization method to represent irregular and non-uniform continental boundaries.
The DNA-GA uses the DNA encoding method to represent the potential parameters and genetic operators inspired from the biological DNA are designed to find the global optimum.
It uses a Cartesian cut-cell/embedded boundary method to represent the interface between materials, as described in Johansen and Colella (1998).
The mathematical technique to obtain the expression of the invariants is based upon the so-called polar method, proposed as early as 1979 by G. Verchery as an alternative method to represent a plane tensor by its invariants.
