Abstract
This paper presents a new approach to the implementation of the Monte Carlo (MC) method for the analysis of high vacuum metrological systems based on the principle of dynamic gas expansion. The main disadvantage of the Monte Carlo method, the very long time of computation, can be significantly reduced by using a distributed calculation schema. This paper describes the principles of the computation system and compares the computing times for some models of a chosen metrological system, performed using a network of Personal Computers.
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