PID controller design for MIMO systems by applying balanced truncation to integral-type optimal servomechanism

Y Ochi, N Yokoyama - IFAC Proceedings Volumes, 2012 - Elsevier
A closed-loop balanced truncation technique has been applied to an integral-type optimal
servomechanism (IOS) expressed in graph-operator form of normalized right coprime …

[引用][C] PID Controller Design for MIMO Systems by Applying Balanced Truncation to Integral-Type Optimal Servomechanism

Y Ochi, N Yokoyama - IFAC Proceedings Volumes, 2012 - cir.nii.ac.jp
PID Controller Design for MIMO Systems by Applying Balanced Truncation to Integral-Type
Optimal Servomechanism | CiNii Research CiNii 国立情報学研究所 学術情報ナビゲータ[サイニィ] …

[PDF][PDF] PID Controller Design for MIMO Systems by Applying Balanced Truncation to Integral-Type Optimal Servomechanism

Y Ochi, N Yokoyama - academia.edu
A closed-loop balanced truncation technique has been applied to an integral-type optimal
servomechanism (IOS) expressed in graph-operator form of normalized right coprime …

[PDF][PDF] PID Controller Design for MIMO Systems by Applying Balanced Truncation to Integral-Type Optimal Servomechanism

Y Ochi, N Yokoyama - folk.ntnu.no
A closed-loop balanced truncation technique has been applied to an integral-type optimal
servomechanism (IOS) expressed in graph-operator form of normalized right coprime …

[PDF][PDF] PID Controller Design for MIMO Systems by Applying Balanced Truncation to Integral-Type Optimal Servomechanism

Y Ochi, N Yokoyama - nt.ntnu.no
A closed-loop balanced truncation technique has been applied to an integral-type optimal
servomechanism (IOS) expressed in graph-operator form of normalized right coprime …

[PDF][PDF] PID Controller Design for MIMO Systems by Applying Balanced Truncation to Integral-Type Optimal Servomechanism

Y Ochi, N Yokoyama - academia.edu
A closed-loop balanced truncation technique has been applied to an integral-type optimal
servomechanism (IOS) expressed in graph-operator form of normalized right coprime …