Value Functions and Their Directional Derivatives in Parametric Nonlinear Programming of onlinear
mathematical programming problems depending on parameters. To this end, we use
Optimal Trajectories Synthesis of a Mobile Robots Group Using Cartesian Genetic ProgrammingThe paper is devoted to application of Cartesian Genetic
Programming (CGP) for generating optimal
Second-order variational analysis of parametric constraint and variational systems with a large class of parametric
constraint systems (PCS) that appear, in particular, in nonpolyhedral
On the Second Order Sufficient Optimality Conditions for a Problem of Mathematical Programming with smooth
constraints of equality and inequality type. We show that for this problem, under the known
On optimality conditions for linear copositive programmingA linear problem of Copositive
Programming consists in minimization of a linear function subject
Matrix-represented constraints satisfaction methods: practical aspects of their implementation of qualitative
constraints of
a subject domain in the framework of
constraint programming
technology
TRAJECTORY TRACKING CONTROL OF PROGRAMMED MOTION IN SECOND ORDER NONHOLONOMIC SYSTEMS control of
programmed motion with acceleration level
constraints. The concept of dividing
constraints Construction of Equations of Dynamics of a Given Structure Based on Equations of Program Constraints of
constraint equations and reducing them to the form of Lagrange equations with dissipative forces that ensure