Stabilization of Optimal Trajectories of Dynamical Systems as a problem of
stabilizing the
constraints corresponding to the known integrals of the dynamical
On Constructing Dynamic Equations Methods with Allowance for Atabilization of Constraints in the numerical solution and requires a certain modification to
stabilize the
constraints. The problem
Control of system dynamics and constraints stabilization to
stabilize the
constraints imposed on the dynamical system, which is described with the Lagrange or Hamilton
Differential-algebraic equations of programmed motions of Lagrangian dynamical systems to the holonomic and nonholonomic
constraint equations. The controls are determined so as to ensure the
stability On a Problem of Programming the Movement of a Mobile Robot is considered. To solve the problem of
constraint stabilization, the equations of program
constraints Application of Baumgarte Constraint Stabilization to Inverse Dynamical Problem the accumulation of errors, J. Baumgarte suggested to use the method of
constraint stabilization. In this paper
Constructing equations of constrained dynamical systems and setting initial conditions. To provide a
constraint stabilization the methods of constructing differential
Application of generalized Helmholtz conditions to nonlinear stabilization functionBaumgarte's
stabilization method is applied to achieve
stability in inverse dynamical problem