Explicit algorithms to solve a class of state constrained parabolic optimal control problems. Iterative solution
methods are proposed and investigated for the finite difference
approximations Numerical analysis of eikonal equation equation is a quasi-classical
approximation (the Wentzel-Kramers-Brillouin
method) of wave optics
Discrete gamma approximation in retrial queue MMPP/M/1 based on moments calculation of calls in the system is analyzed. The
method for the
approximate calculation of the first and the second
Solution of the Problem of the Control System General Synthesis by Approximation of a Set of Extremals the general synthesis problem, symbolic regression
methods were used without
approximation of extremals
Approximation error of one finite-difference scheme for the problem of diffraction by a gradient layer by the
method of
approximating an integral identity, is considered for a boundary value problem involving
Self-consistent approach to the description of relaxation processes in classical multiparticle systems and the
method of recurrence relations allow formulating a self-consistent approach for describing relaxation
Zero Approximation Model of Integrated-Optical Generalized Luneburg Lens of the considered problem in a zero
approximation of the used asymptotic
method with the results of other authors