Conference publications

Abstracts

XXI conference

Cellular automaton emulating the motion of the charged particles beam

Ryabusha V.A.

Saint-Petersburg State University, Faculty of Applied Mathematics and Control Processes, Universitetskii prospekt 35, Petergof, Saint-Petersburg, Russia 198504

At the present moment cellular automatons are widely used as a simulating environment for complicated dynamic systems.

The environment that represents as a cellular automaton has a lot of opportunities for simulating the interactions of the manifold of connected homogeneous objects.

Computer simulation tasks of the evolution of a moving beam of charged particles in accelerating installations demand advanced compute resources.

The models based on cellular automatons can be successfully realized in parallel computing systems owing to homogeneous discrete structure of a model.

In this research we formulate and formalize the rules for the cellular automaton that emulates the motion of the elementary charged particles beam under the effect of Coulomb force for one-, two- and three-dimensional situation. We also describe in this research the main principles of the realization of this approach in a paralleled cluster environment.

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