Distributed Mathematical Model Simulation on a Parallel Architecture

Peter Kvasnica, Igor Kvasnica


The aim of this article is to discuss the design of distributed mathematical models and suitable parallel architecture of computers. The paper summarises the author’s experience with mathematical modelling of decomposed information systems of a simulator. Conclusions are based on the theory of the design of the computer control systems. The author describes computers that create a distributed computer system of a flight simulator. Modelling of a time precision of mathematical model of the speed of a simulator system is done by describing equations. The qualities of models depend on the architecture of computer systems. Some functions of other sections of POSIX are also analysed including semaphores and scheduling functions. An important part of this article is the implementation of computation speed of aircraft in multicore processor architecture.


centralized and decentralized control system, mathematical modelling, flight simulator, operating system, thread

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DOI: https://doi.org/10.2498/cit.1001771

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