Consequently, the improved positioning algorithm, which is based on linear constraints on scatterers in two BSs, performs better than the traditional algorithm.
In this study, we propose a method based on linear constraints for finding a connection between the patches during isogeometric analysis.
Because the reduced feasible set is defined in (3) by linear constraints, we propose an alternative algorithm to the EM-based approach based on linear programming (LP) to compute the FBID of a perturbation.
Various existing guidance laws based on linear or linearized formulation, in which desired terminal conditions are considered as fixed terminal output constraints, usually have linear-in-parameter structure.
Briefly, FBA yields a single flux solution that satisfies specified objective and constraints based on linear program (LP) optimization.
In the paper we consider bounds on differences (which are an important class of constraints based on linear inequalities) and we analyze the computational complexity of query answering.
Through linearization of nonlinear constraints, this framework is based on linear optimization which saves on computation time especially in a bilevel structure.
Based on linear matrix inequality algorithms, the magnitude and rate constraints on the actuator and the deviations of fluid density and water level are formulated while the tracking abilities on the drum pressure and power output are optimized.
Based on linear matrix inequality (LMI), state feedback controller H2 and H∞ with constraints is illustrated.
