Vector resource allocation problems in communication networks into account. The network is divided into zones which leads to a
two-level vector
optimization problem
Optimal Motion Control for Multi-Robot System by Multilayer Network Operator is considered. We propose a
two-stage numerical approach for control synthesis. On the first stage a stabilizing
Particle swarm optimization in the problem of decomposing two-component spectral profilesAn approach based on stochastic particle swarm
optimization is proposed for the mathematical
On analytical model for optimal SIP server hop-by-hop overload control from recent IETF drafts and RFCs, is based on hysteretic load control with
two thresholds for reducing
The optimal quasi-stationary motion of a vibration-driven robot in a viscous mediumWe consider a rectilinear quasi-stationary motion of a
two-mass system in a viscous medium
Decomposition descent method for limit optimization problems© Springer International Publishing AG 2017. We consider a general limit
optimization problem whose
Pade-approximation as a "bridge" between two parametric boundary asymptoticsFor classical
optimal control problem with free right end point and
two groups of motions in one
A Subgradient Projection Method for Set-Valued Network Equilibrium Problems additional assumptions, it can be replaced with a nonsmooth convex
optimization problem. We propose to apply
A generalized filippov-like existence theorem for optimal control problems with constraintsAs is known, an
optimal control problem may not have a solution. A.F. Filippov in [1] obtained his