Sentence examples for control matrices from inspiring English sources

In each observed/expected map, we rearranged the rows and the columns in the order of increasing eigenvector value that was calculated for the control matrices).

Scheme of decomposing control matrices for the large network is also discussed for successful application of the method.

Moreover, regularization of unstable control matrices is not seen to prevent the proposed array to provide free-of-interference amplitude and relative-phase control, but the system performance is degraded, as a function of the amount of regularization needed.

Under the framework of output-friendly subspace, we give a necessary and sufficient condition for the solvability of DDP by analyzing the redundant variables, and we present a computationally feasible method to construct all the valid feedback control matrices.

Based on the new model, a simple and unified set of conditions for controlling chaotic systems is derived by Lyapunov method techniques and a design procedure for estimating bounds on control matrices is also given.

Provided the real parts of the eigenvalues of persistently excited control matrices are positive, the proposed multichannel array is able to counterbalance cross-channel interferences, while attaining demanding control targets.

The drive-response system (9) is said to be synchronized in n dimension under the control matrix (L_{1}) and controller (20).

The drive-response system (9) will be synchronized in m dimension under Assumption  3 and the control matrix (L_{2}) if we design the controller as (23) and (25).

The logical functions of each controller can be recovered from the obtained feedback control matrix.

Design of iterative learning control (ILC) often requires some prior knowledge about a system's control matrix.

More importantly, the algorithm allows the control matrix to be specified beforehand and also leads naturally to a small norm solution of the feedback gain matrices.