Institutul de Matematică şi Informatică "Vladimir Andrunachievici"
Universitatea de Stat din MoldovaRO EN
Evolution Time of Stochastic Systems with Multiple Final Sequences of States
Authors: Alexandru Lazari
Keywords: stochastic system, final sequence of states, evolution time, homogeneous linear recurrence, generating function
– 0.29 Mb
Keywords: stochastic system, final sequence of states, evolution time, homogeneous linear recurrence, generating function
Abstract
A stochastic system with multiple final sequences of states represents a stochastic system that stops its evolution as soon as one of the given final sequences of states is reached. The transition time of the system is unitary and the transition probability depends on source and destination states. We prove that the distribution of the evolution time is a homogeneous linear recurrent sequence and, based on this, a polynomial algorithm for determining the initial state and the generating vector of this recurrence is developed. Using the generating function, the main probabilistic characteristics are determined.Institute of Mathematics and Computer Science,
Moldova State University,
5 Academiei str., Chisinau, MD-2028, Moldova.
E-mail:
Moldova State University,
5 Academiei str., Chisinau, MD-2028, Moldova.
E-mail:
DOI
https://doi.org/10.56415/basm.y2024.i3.p54Fulltext
– 0.29 Mb
Contents
- Existence of positive periodic solution of second-order neutral differential equations with distributed deviating arguments
- Some Characterizations of Generalized Middle Bol Loops
- The codimension of the phase portraits for degenerate quadratic differential systems
- Evolution Time of Stochastic Systems with Multiple Final Sequences of States
- Integrated MILP model for job and crew scheduling to minimize job earliness and tardiness while balancing employee workload
- Remotely Almost Periodic Motions of Dynamical Systems
- On LCA groups with local ring of continuous endomorphisms
- Characteristic Properties of Centrally Symmetric Convex Sets
- The application of 14D Ricci-flat metrics to the equations of rotation of a top
