summary:Boundary value problems for ordinary differential equations with random coefficients are dealt with. The coefficients are assumed to be Gaussian vectorial stationary processes multiplied by intensity functions and converging to the white noise process. A theorem on the limit distribution of the random eigenvalues is presented together with applications in mechanics and dynamics
This paper studies the random eigenvalue problem of systems governed by the one dimensional wave equ...
This paper studies the random eigenvalue problem of systems governed by the one dimensional wave equ...
We consider the random normal matrices with quadratic external potentials where the associated ortho...
summary:Boundary value problems for ordinary differential equations with random coefficients are dea...
summary:Boundary value problems for ordinary differential equations with random coefficients are dea...
International audienceThe asymptotic distribution of eigenvalues of self-adjoint differential operat...
International audienceThe asymptotic distribution of eigenvalues of self-adjoint differential operat...
The asymptotic distribution of eigenvalues of self-adjoint differential operators in the high-energy...
I will explain how tools from the theory of partial differential equations can be used to compute th...
The distributions of the eigenvalues or functions of the elgenvalues of random matrices are very use...
AbstractWe prove a limit theorem for the mathematical expectation of the solution of an initial valu...
AbstractGiven a dynamical system (Ω, F, P, θ(t)) and a random differential equation ẋ = ƒ(θtω, x) in...
AbstractGiven a dynamical system (Ω, F, P, θ(t)) and a random differential equation ẋ = ƒ(θtω, x) in...
We consider Schr\"odinger operator with random decaying potential on $\ell^2 ({\bf Z}^d)$ and showed...
In this paper, we consider a stochastic system described by a differential equation admitting a spat...
This paper studies the random eigenvalue problem of systems governed by the one dimensional wave equ...
This paper studies the random eigenvalue problem of systems governed by the one dimensional wave equ...
We consider the random normal matrices with quadratic external potentials where the associated ortho...
summary:Boundary value problems for ordinary differential equations with random coefficients are dea...
summary:Boundary value problems for ordinary differential equations with random coefficients are dea...
International audienceThe asymptotic distribution of eigenvalues of self-adjoint differential operat...
International audienceThe asymptotic distribution of eigenvalues of self-adjoint differential operat...
The asymptotic distribution of eigenvalues of self-adjoint differential operators in the high-energy...
I will explain how tools from the theory of partial differential equations can be used to compute th...
The distributions of the eigenvalues or functions of the elgenvalues of random matrices are very use...
AbstractWe prove a limit theorem for the mathematical expectation of the solution of an initial valu...
AbstractGiven a dynamical system (Ω, F, P, θ(t)) and a random differential equation ẋ = ƒ(θtω, x) in...
AbstractGiven a dynamical system (Ω, F, P, θ(t)) and a random differential equation ẋ = ƒ(θtω, x) in...
We consider Schr\"odinger operator with random decaying potential on $\ell^2 ({\bf Z}^d)$ and showed...
In this paper, we consider a stochastic system described by a differential equation admitting a spat...
This paper studies the random eigenvalue problem of systems governed by the one dimensional wave equ...
This paper studies the random eigenvalue problem of systems governed by the one dimensional wave equ...
We consider the random normal matrices with quadratic external potentials where the associated ortho...