A 
Acoustics 
Actuator selection 
Adjoint equations 

Alternating direction method of multipliers 
Alternating minimization algorithm 
Architectural constraints 

Architectural issues in distributed control design 
Atomic force microscopy 
Augmented Lagrangian 
B 
Baseflow sensitivity 
Biochemical networks 
Boundary layer flow 

Boundary layers 


C 
Cardinality minimization 
Colored noise 
Combination drug therapy 

Computational tools for spatially distributed systems 
consensus 
Consensus and synchronization networks 

Consensus networks 
Control of electrohydraulic servosystems 
Control of turbulent flows 

Control of vehicular formations 
Controller architecture 
Controlling the onset of turbulence 

Convex optimization 
Coordinate descent algorithm 
Cyclic feedback systems 
D 
Decentralized control 
Descriptor systems 
Diffusively coupled systems 

Direct numerical simulations 
directed networks 
Distributed control 

Distributed PIcontrol 
Distributed systems 
Distributed systems theory 

Disturbance dynamics 
Drag reduction 
Dynamic mode decomposition 
E 
Elastic turbulence 
Energy amplification 

F 
Flow modeling and control 
Freestream turbulence 
Fundamental limitations 
G 
Global stability analysis 
Greedy algorithm 

H 
Hypersonic flows 


I 
Incompressible fluids 
Inputoutput analysis 
Interarea oscillations 

Interconnected systems 
Interior point method 

J 
Jet noise 


K 
$k$supportnorm 


L 
Largescale and infinite dimensional systems 
Largescale networks 
Largescale systems 

Leader selection 
Leastsquares approximation 
Localized control 

Lowcomplexity modeling 
Lowrank approximation 
Lowrank perturbation 
M 
Matrix completion problem 
Matrix completion problems 
Maximum likelihood 

Method of multipliers 
Monotone systems 

N 
NavierStokes equations 
Networks 
Networks of dynamical systems 

nonconvex optimization 
Nonsmooth optimization 
Nuclear norm regularization 
O 
Optimal decentralized control 
Optimal localized control 
Optimization 

Oscillator networks 


P 
Parametric resonance 
Peaking 
Performance bounds 

Performance of largescale networks 
Performance vs. complexity 
Perturbation analysis 

Positive systems 
Power networks 
Power systems 

Proximal algorithms 
Proximal gradient method 
Proximal methods 

Proximal Newton method 


R 
Reactiondiffusion equations 
Regularization 
Relaminarization 

Robust Control 
Roughness elements 

S 
Sensor selection 
Simulationfree design 
Singular perturbation methods 

Social influence 
Social networks 
Spanwise wall oscillations 

Sparse controller synthesis 
Sparse graphs 
Sparse inverse covariance estimation 

Sparsity 
Sparsitypromoting optimal control 
Spatiallyinvariant systems 

Spatiallyperiodic systems 
Sponge layer 
Stochastic matrices 

Streamwise traveling waves 
Structure identification 
Structured covariances 

Structured design 
Structured feedback gains 
Structured optimal control 

Symmetric systems 
Synchronization 

T 
Timeperiodic systems 
Topology design 
Topology identification 

Transient growth 
Transient response 
Transition to turbulence 

Traveling waves 
Turbulence modeling 
Turbulent flows 
U 
Uncertainty quantification in PDEs 


V 
Vibrational control 
Viscoelastic fluids 

W 
Weakly nonlinear oscillators 
Widearea control 
Worstcase amplification 