Abstract:
The article adduces the necessary and sufficient conditions to solve the Brokett problem of asymptotic stabilization to zero of solution for the systems of nonlinear differential equations with delay $\frac{dx(t)}{dt}=A(t,x(t-\eta))+B(t)K(t)C(t)x(t), x\in R_n$. Here $B(t)$ and $C(t)$ are the given matrixes, $A(t,x)$ is a given vector-function, $K(t)$ is an unknown stabilization matrix subject to determination.
Keywords:Brokett problem, asymptotical stabilization, nonlinear differential equations with delay.