Abstract
Numerical analysis of unilateral event-continuous processes in comparison with traditional simulation algorithms for discrete-continuous systems is addressed. An original integration step size control algorithm guaranteeing correct detection of unilateral events is given. The algorithm is tested on a typical problem. Simulations are carried out in modern computer environments for modeling and simulation of complex dynamic systems of the mentioned class. A comparative analysis of the application of the software environments to event-continuous processes with unilateral events is presented.
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