This paper presents a non-sample-based probabilistic approach to determine the parameters in a vibration absorber when the main system is described by random variables.
Third, by chaos method, the uncertainty rigid-flexible-cavity coupling trajectory simulation of supercavitating projectiles with uncertain launch parameters is performed, and parameters are described by random variables and non-probabilistic interval variables.
A general method for estimating the bounds of the reliability of a system in which the input variables are described by random sets (probability distributions, probability boxes, or possibility distributions), with dependence modeling is proposed.
When components of a system are described by random variables, modal frequencies and modal shapes, or, amplitudes and phases, are also random variables and the frequency response (FR) design of the system becomes more complex since it requires the solution of a frequency-variant probability problem.
As these alleles are not explicitly modeled in quantitative genetics, deviations in gametic genetic values from parental genetic values as a result of the combined effects of recombination, segregation, and mutation are described by random deviates.
This paper shows that when the cation distribution can be described by a random mixing model (the random alloy model) the resulting demixing analysis for the composition profiles can be greatly simplified, and made exact, by making use of the random alloy sum-rule.
This variation will be described by the random variable Y.
The uncertainties characterize the individual feature of the decisions of the agents involved in different economic activities, and they can be described by using random fuzzy mappings.
For MBPTA, the platform designed together with the measurement collection method makes the worst-case timing behaviour of the task under analysis be described by a random variable.
The possible of sensor failure can be described by unrelated random variables taking values on an interval, and the packet dropouts are described as a set of Bernoulli distributed white noises.
