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H
∞
-Optimal parallel feedforward control using minimum gain
Ryan James Caverly
, James Richard Forbes
Aerospace Engineering and Mechanics
Research output
:
Contribution to journal
›
Article
›
peer-review
5
Scopus citations
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Dive into the research topics of 'H
∞
-Optimal parallel feedforward control using minimum gain'. Together they form a unique fingerprint.
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Keyphrases
Feedback Control
100%
Feedforward Controller
100%
Minimum Gain
100%
Controller Synthesis
33%
Augmented System
33%
Non-minimum Phase
33%
Synthesis Methods
33%
Numerical Examples
16%
Negative Feedback
16%
Linear Time-varying Systems
16%
Linear Matrix Inequality
16%
Direct Method
16%
Inequality Constraints
16%
Maximum Singular Value
16%
Feedback Controller
16%
Gain Constraint
16%
Bilinear Matrix Inequality
16%
Engineering
Feedforward
100%
Feedforward Control
100%
Augmented System
33%
Synthesis Method
33%
Controller Synthesis
33%
Indirect Method
33%
Numerical Example
16%
Invariant System
16%
Linear Time Invariant
16%
Inequality Constraint
16%
System Output
16%
Feedback Controller
16%
Singular Value
16%
Linear matrix inequalities
16%
Computer Science
Feedforward Controller
100%
Indirect Method
33%
Controller Synthesis
33%
linear time invariant system
16%
linear matrix
16%
Numerical Example
16%
Singular Value
16%
Inequality Constraint
16%
Feedback Controller
16%