Locally most powerful sequential tests of a simple hypothesis vs. one-sided alternativesLet X1, X2, ... be a
discrete-time stochastic process with a distribution Pθ, θ ∈ Θ, where Θ
Нагрев и смешивание сыпучих материалов в ротационных установках modeling and simulation, which allow to
optimize the
design and process parameters of rotary furnaces.
Proactive scheduling and reactive real-time control in industry 4.0 utilized different decomposition principles. The known decomposition methods in
discrete optimization NONNEGATIVE TENSOR DECOMPOSITION VIA COLLABORATIVE NEURODYNAMIC OPTIMIZATION the underlying nonconvex
optimization problem associated with nonnegative CPD. Additionally, a
discrete Numerical optimization of the discrete Mikaelian lens is implemented as a
discrete medium which is a stack of figured layers of certain geometry, similar to flower
Accuracy of discrete schemes for a class of abstract evolution inequalitiesFor a triple of Hilbert spaces {V, H, V*}, we study a
discrete and a semidiscrete scheme
Method of penalization for the state equation for an elliptical optimal control problem constraints. A
discrete optimal control problem is approximated by a minimization problem with penalized state
Locally most powerful sequential tests of a simple hypothesis vs. one-sided alternativesLet X1, X2, ... be a
discrete-time stochastic process with a distribution Pθ, θ ∈ Θ, where Θ
Optimal Control of Degrading Units through Threshold-Based Control PoliciesOptimal control problems are applied to a variety of dynamical systems with a random law of motion