Obtaining an Experiment Design Based on the Interaction of Charged Particle

Normunds Kante

Abstract


In this article a method of obtaining an experiment plan in a fragment of multidimensional space is analyzed. The method is based on the assumption that in a limited computing area with the given experimental point density acting on each other, these points will be evenly distributed. In order to obtain the space-filling design, the boundaries of the outer space of the multidimensional space are replaced by a band imitating the exterior space effect. Software is developed and practical results in obtaining experiment plan in twodimensional space are acquired. Two-dimensional space allows developing a methodology and algorithm for obtaining experiment plan while providing a simple visualization of the solution. The acquired results in two-dimensional space provide an opportunity to create methods for obtaining experiment plan in a hypercube of a multidimensional space.


Keywords:
Space-filling design; Latin Cube; hypercube; uniform distribution

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References


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DOI: 10.7250/bfpcs.2017.004

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