Stochastic simulation and Monte-Carlo methods
There is a lot of situations in the Monte Carlo theory, when it is necessary to realize stochastic elements, distributed with respect to the densities, proportional to approximations of non--negative functions [1 -- 5]. The classes of "numerically stochastically realized" densities are investigated (in particular, Strang--Fix approximations, Bernstein approximations, piece--polinomial approximations and others). Corresponding Monte Carlo algorithms for realization of the stochastic elements are formulated and investigated.
Note. Abstracts are published in author's edition
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