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Mixed objective control synthesis: Optimal ℓ
1
/H
2
control
Murti V. Salapaka
, Mohammed Dahleh
, Petros Voulgaris
Research output
:
Contribution to journal
›
Article
›
peer-review
13
Scopus citations
Overview
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Dive into the research topics of 'Mixed objective control synthesis: Optimal ℓ
1
/H
2
control'. Together they form a unique fingerprint.
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Keyphrases
Synthetic Control Method
100%
H2 Control
100%
Constraint Level
100%
Objective Control
100%
Region of Interest
50%
Discrete-time
50%
Transfer Function
50%
Finite-dimensional
50%
H2 Norm
50%
Linear Time Invariant
50%
Duality Theory
50%
Finite Impulse Response
50%
L1-norm
50%
Convex Optimization Problem
50%
Stabilizing Controller
50%
Exogenous Input
50%
Impulse Sequences
50%
A-priori Bounds
50%
Single Input Single Output
50%
Engineering
Region of Interest
100%
Discrete Time
100%
Transfer Function
100%
Linear Time Invariant
100%
Single Output
100%
Convex Optimization Problem
100%
Control Synthesis
100%
Finite Impulse Response
100%
H2 Norm
100%
Invariant Case
100%
Mathematics
Duality Theory
100%
Discrete Time
100%
Linear Time
100%
Impulse Response
100%
Control Objective
100%
Transfer Function
100%