|
distribution network |
6 |
|
distribution system |
6 |
|
electric spring |
6 |
|
transient stability |
6 |
|
voltage regulation |
6 |
|
microgrid |
5 |
|
voltage stability |
5 |
|
automatic generation control |
4 |
|
batteries |
4 |
|
communication latency |
4 |
|
data recovery |
4 |
|
deep learning |
4 |
|
demand response |
4 |
|
distributed control |
4 |
|
frequency control |
4 |
|
mathematical model |
4 |
|
model predictive control |
4 |
|
optimization |
4 |
|
phasor measurement units |
4 |
|
power systems |
4 |
|
renewable energy |
4 |
|
renewable energy sources |
4 |
|
stability |
4 |
|
synchrophasor |
4 |
|
vehicle-to-grid |
4 |
|
wide-area measurement system |
4 |
|
admittance matrix |
3 |
|
algebraic connectivity |
3 |
|
angle stability |
3 |
|
asymptotic stability |
3 |
|
communication delay |
3 |
|
consensus |
3 |
|
construction |
3 |
|
cutset |
3 |
|
dc network |
3 |
|
decentralized periodic event-triggered control |
3 |
|
deterministic learning |
3 |
|
distributed generation |
3 |
|
distributed generator |
3 |
|
distributed method |
3 |
|
distributed optimization |
3 |
|
distribution network reconfiguration |
3 |
|
dual-use line relays |
3 |
|
dynamical networks |
3 |
|
effective resistance |
3 |
|
energy storage system |
3 |
|
false data injection attack |
3 |
|
fault detection |
3 |
|
frequency regulation |
3 |
|
graph theory |
3 |
|
input-to-state stability (iss) |
3 |
|
intelligent system |
3 |
|
internet of things |
3 |
|
inverter-based distributed generator |
3 |
|
laplacian matrix |
3 |
|
linear distflow |
3 |
|
linear power flow |
3 |
|
load frequency control |
3 |
|
load redistribution attack |
3 |
|
load-side control |
3 |
|
long short-term memory |
3 |
|
low frequency oscillation |
3 |
|
microgrids |
3 |
|
mixed-integer quadratic programming |
3 |
|
modal analysis |
3 |
|
multi-area power systems |
3 |
|
network optimization |
3 |
|
observer |
3 |
|
optimal allocation |
3 |
|
participation factor |
3 |
|
persistent excitation (pe) condition |
3 |
|
power flow jacobian |
3 |
|
power network |
3 |
|
power system stability |
3 |
|
prediction system |
3 |
|
radial basis function neural networks |
3 |
|
radial network |
3 |
|
reactive power |
3 |
|
recurrent neural network |
3 |
|
resilience |
3 |
|
signed graph |
3 |
|
singularity point |
3 |
|
small-disturbance stability |
3 |
|
state estimation |
3 |
|
successive linear programming |
3 |
|
switched systems |
3 |
|
switching topology |
3 |
|
synchronization |
3 |
|
transient stability assessment |
3 |
|
unstable equilibrium point (uep) |
3 |
|
voltage control |
3 |
|
voltage fluctuations |
3 |
|
voltage phasor |
3 |
|
voltage phasor. |
3 |
|
voltage security |
3 |
|
voltage stability index |
3 |
|
voltage violation risk |
3 |
|
voltage volatility |
3 |
|
wide area measurement system |
3 |
|
wind generator |
3 |
|
wind power |
3 |
|
active distribution network |
2 |
|
active power sharing |
2 |
|
adaptation models |
2 |
|
adaptive control |
2 |
|
adaptive systems |
2 |
|
agc |
2 |
|
air-conditioning load |
2 |
|
alternating direction method of multipliers |
2 |
|
alternating direction method of multipliers (admm) |
2 |
|
ambient signals |
2 |
|
anti-control and synchronization |
2 |
|
area measurement |
2 |
|
asynchronous communication |
2 |
|
average consensus |
2 |
|
average dwell time |
2 |
|
average dwell-time |
2 |
|
biconvex optimization |
2 |
|
chaos control |
2 |
|
charging stations |
2 |
|
complex dynamical network |
2 |
|
complex dynamical networks |
2 |
|
complex network |
2 |
|
consensus control |
2 |
|
convex optimization |
2 |
|
convex relaxation |
2 |
|
coordinated voltage control |
2 |
|
critical loads |
2 |
|
damping |
2 |
|
data-enabled predictive control |
2 |
|
decentralized control |
2 |
|
delays |
2 |
|
demand control |
2 |
|
demand-side control |
2 |
|
dissipativity |
2 |
|
distributed algorithm |
2 |
|
distributed demand-side control |
2 |
|
distributed energy resources |
2 |
|
distributed load-side control |
2 |
|
distributed model predictive control (mpc) |
2 |
|
distributed optimal control |
2 |
|
distribution networks |
2 |
|
distribution systems |
2 |
|
domain of attraction |
2 |
|
dynamics |
2 |
|
economic dispatch |
2 |
|
eigenvalues and eigenfunctions |
2 |
|
electric spring (es) |
2 |
|
electric spring aggregators |
2 |
|
electric vehicles (evs) |
2 |
|
electricity markets |
2 |
|
energy management |
2 |
|
energy storage systems |
2 |
|
ev charging station |
2 |
|
event-triggered control |
2 |
|
exponential synchronization |
2 |
|
frequency support |
2 |
|
generators |
2 |
|
granular control |
2 |
|
graph |
2 |
|
graphics processing units |
2 |
|
heuristic algorithms |
2 |
|
hybrid dwell time |
2 |
|
hybrid dynamical system (hds) |
2 |
|
impulsive control |
2 |
|
impulsive hybrid system (ihs) |
2 |
|
incremental-dissipativity |
2 |
|
indexes |
2 |
|
input-to-state stability |
2 |
|
inter-area oscillation |
2 |
|
interconnected systems |
2 |
|
intermittent control |
2 |
|
is- k −*-stability |
2 |
|
line congestion management |
2 |
|
linear system |
2 |
|
load management |
2 |
|
load modeling |
2 |
|
load modelling |
2 |
|
lyapunov equation |
2 |
|
lyapunov methods |
2 |
|
m-matrix |
2 |
|
master stability function |
2 |
|
multi-agent reinforcement learning |
2 |
|
multi-agent twin delayed deep deterministic policy gradient |
2 |
|
network connectedness |
2 |
|
network connectivity |
2 |
|
network via impulsive interconnections |
2 |
|
networked control |
2 |
|
networked microgrid system |
2 |
|
networked microgrids |
2 |
|
nickel |
2 |
|
non-disruptive control |
2 |
|
nonidentical nodes |
2 |
|
noninstructive load monitoring (nilm) |
2 |
|
nonlinear control |
2 |
|
nonlinear system |
2 |
|
nonlinear systems |
2 |
|
on-load tap changer |
2 |
|
operation strategy |
2 |
|
optimal charging dispatch |
2 |
|
optimal communication network |
2 |
|
optimal dispatch |
2 |
|
optimal operation |
2 |
|
optimal placement model |
2 |
|
optimal transmission switching |
2 |
|
output synchronization |
2 |
|
parameter estimation |
2 |
|
passive systems |
2 |
|
power grids |
2 |
|
power networks |
2 |
|
power system |
2 |
|
power system control |
2 |
|
power system frequency regulation |
2 |
|
power system transient stability |
2 |
|
probability distribution |
2 |
|
protocols |
2 |
|
reactive power control |
2 |
|
resource management |
2 |
|
scheduling |
2 |
|
sensitivity |
2 |
|
smart grids |
2 |
|
soft open point |
2 |
|
solar power generation |
2 |
|
stabilization |
2 |
|
static compensator |
2 |
|
stochastic processes |
2 |
|
storage |
2 |
|
storage efficiency |
2 |
|
sub-transmission system |
2 |
|
subtransmission network |
2 |
|
subtransmission system |
2 |
|
switches |
2 |
|
switching control |
2 |
|
time-delays |
2 |
|
time-varying systems |
2 |
|
trajectory sensitivity |
2 |
|
transactive energy |
2 |
|
transient analysis |
2 |
|
v-stability |
2 |
|
virtual power plant |
2 |
|
voltage management |
2 |
|
voltage quality |
2 |
|
voltage support |
2 |
|
voltage-sensitive loads |
2 |
|
water heating system |
2 |
|
2-d analog systems |
1 |
|
2-d continuous-time lyapunov equation |
1 |
|
absolute stability |
1 |
|
active power dispatch |
1 |
|
active power rescheduling |
1 |
|
adaptive nonlinear control |
1 |
|
adaptive stabilization |
1 |
|
aggregated demand modelling |
1 |
|
aggregates |
1 |
|
aluminum smelter loads (asls) |
1 |
|
analytical models |
1 |
|
ancillary services |
1 |
|
artificial neural networks |
1 |
|
asymptotic gain |
1 |
|
attractive region |
1 |
|
auto-voltage regulator |
1 |
|
back-to-back converter |
1 |
|
backstepping |
1 |
|
balancing |
1 |
|
battery energy storage system (bess) |
1 |
|
battery storage |
1 |
|
benders decomposition |
1 |
|
bi-level optimisation |
1 |
|
bifurcation |
1 |
|
bifurcations |
1 |
|
bitmaps |
1 |
|
buildings |
1 |
|
cascading chain |
1 |
|
cascading control |
1 |
|
cascading event |
1 |
|
cascading failure |
1 |
|
cascading failures |
1 |
|
chaos |
1 |
|
chaos synchronization |
1 |
|
chinese smart grid |
1 |
|
chua's chaotic circuit |
1 |
|
circle criterion |
1 |
|
closed loop systems |
1 |
|
clustering |
1 |
|
co-optimization |
1 |
|
co-ordinated control |
1 |
|
coefficient sensitivity |
1 |
|
coevolution |
1 |
|
comparison principle |
1 |
|
competitive market |
1 |
|
complex networks |
1 |
|
composite load model |
1 |
|
computational complexity |
1 |
|
computational modeling |
1 |
|
consensus rate |
1 |
|
constraint programing (cp) |
1 |
|
continuous time systems |
1 |
|
continuous-time systems |
1 |
|
control |
1 |
|
control of networks |
1 |
|
control theory |
1 |
|
convergence |
1 |
|
convergence analysis |
1 |
|
convexity |
1 |
|
convolutional neural networks |
1 |
|
cooperation |
1 |
|
cooperative systems |
1 |
|
coordinated control |
1 |
|
coupling delays |
1 |
|
cut-sets |
1 |
|
data dropout |
1 |
|
data models |
1 |
|
data-driven |
1 |
|
dc power flow |
1 |
|
decision analysis |
1 |
|
decomposable dissipativity |
1 |
|
delay |
1 |
|
delay-dependent |
1 |
|
delayed discrete-time system (dds) |
1 |
|
demand model |
1 |
|
demand response architecture |
1 |
|
demand-side participation |
1 |
|
demonstration projects |
1 |
|
deterministic learning (dl) |
1 |
|
device scheduling |
1 |
|
differential / algebraic systems |
1 |
|
differential evolution (de) |
1 |
|
dihs |
1 |
|
dihs (discrete-time impulsive hybrid system) |
1 |
|
direct stability assessment |
1 |
|
directed spanning tree |
1 |
|
discharges (electric) |
1 |
|
discontinuities |
1 |
|
discrete impulsive system (dis) |
1 |
|
discrete time systems |
1 |
|
discrete time-delay system |
1 |
|
discrete-time |
1 |
|
discrete-time dynamical systems |
1 |
|
discrete-time singular systems |
1 |
|
discrete-time switched systems |
1 |
|
discrete‐time delayed systems (dds) |
1 |
|
dispatch scheduling; wind farm |
1 |
|
dissipativity/passivity |
1 |
|
distributed control and estimation |
1 |
|
distributed fault diagnosis |
1 |
|
distributed power control |
1 |
|
distributed systems |
1 |
|
disturbance attenuation |
1 |
|
doubly fed induction generator |
1 |
|
droop response |
1 |
|
dwell time |
1 |
|
dwell-time |
1 |
|
dynamic edge |
1 |
|
dynamic load model |
1 |
|
dynamic stability |
1 |
|
dynamic uncertainty |
1 |
|
efficiency |
1 |
|
electric load model |
1 |
|
electric load modeling |
1 |
|
electrical network |
1 |
|
electricity |
1 |
|
electricity market |
1 |
|
emergency control |
1 |
|
energy conservation |
1 |
|
energy disaggregation |
1 |
|
energy functions |
1 |
|
energy storage |
1 |
|
error bound |
1 |
|
etic scheme |
1 |
|
euler-lagrange systems |
1 |
|
event-triggering |
1 |
|
event‐triggered control (etc) |
1 |
|
evolutionary dynamics |
1 |
|
excitation |
1 |
|
expansion planning and decision analysis |
1 |
|
exponential passivity |
1 |
|
exponential stability |
1 |
|
exponential stabilization |
1 |
|
extended equal area criterion (eeac) |
1 |
|
extended equal-area criterion |
1 |
|
fault detection and isolation (fdi) |
1 |
|
feature selection |
1 |
|
feedback |
1 |
|
feedback linearization |
1 |
|
feedback passive systems |
1 |
|
feedback passivity |
1 |
|
finite wordlength effect |
1 |
|
fitting |
1 |
|
fixation probability |
1 |
|
forecasting |
1 |
|
frequency stability |
1 |
|
future grid |
1 |
|
future grids |
1 |
|
future trends |
1 |
|
game theory |
1 |
|
general networks |
1 |
|
generator current limiters |
1 |
|
generator dynamics |
1 |
|
generator excitation |
1 |
|
generic demand model |
1 |
|
genetic algorithms |
1 |
|
global exponent synchronization |
1 |
|
global exponential impulsive consensus |
1 |
|
global nonlinear control |
1 |
|
global optimization |
1 |
|
grid flexibility |
1 |
|
grid inadequacy |
1 |
|
heating systems |
1 |
|
hidden markov model (hmm) |
1 |
|
hidden markov models |
1 |
|
hierarchical control |
1 |
|
home appliances |
1 |
|
hybrid dynamical system |
1 |
|
hybrid nonlinear systems |
1 |
|
hybrid systems |
1 |
|
hybrid systems stability |
1 |
|
hybrid-event-time |
1 |
|
h∞ control |
1 |
|
immune algorithm |
1 |
|
impulsive and switching systems |
1 |
|
impulsive consensus |
1 |
|
inadequacy metrics |
1 |
|
induction motor load |
1 |
|
induction motor loads |
1 |
|
inertia |
1 |
|
inertia support |
1 |
|
input-to-state exponent (is-e) |
1 |
|
input-to-state-kl-stability |
1 |
|
integer programing |
1 |
|
integral iss (iiss) |
1 |
|
inter-area mode |
1 |
|
inter-area oscillation mode |
1 |
|
inter-area oscillations |
1 |
|
interdependent network |
1 |
|
internal model control |
1 |
|
internal model principle |
1 |
|
isolated power system |
1 |
|
iss |
1 |
|
k l∗-stability |
1 |
|
k-mediods algorithm |
1 |
|
kl-stability |
1 |
|
krasovskii- and lur'e-type lyapunov functions |
1 |
|
l2-gain |
1 |
|
lagrange stability |
1 |
|
large-scale nonlinear systems |
1 |
|
large-scale systems |
1 |
|
learning control |
1 |
|
least-squares estimation |
1 |
|
limit cycles |
1 |
|
linear matrix inequality (lmi) |
1 |
|
linear matrix inequallities |
1 |
|
linearization |
1 |
|
load flow |
1 |
|
load flow analysis |
1 |
|
load forecasting |
1 |
|
load recovery |
1 |
|
load shedding |
1 |
|
load stability index |
1 |
|
load system stability |
1 |
|
load-side aggregation |
1 |
|
load-voltage dynamics |
1 |
|
loading |
1 |
|
local input-to-output stability |
1 |
|
local input-to-state stability |
1 |
|
local search |
1 |
|
long-term dynamics |
1 |
|
long-term system dynamics |
1 |
|
lpac power flow |
1 |
|
lur'e system |
1 |
|
lyapunov function |
1 |
|
lyapunov functions |
1 |
|
lyapunov method |
1 |
|
lyapunov-krasovskii function |
1 |
|
machine learning |
1 |
|
machine modelling |
1 |
|
main/subsidiary supply rate |
1 |
|
markov models |
1 |
|
max-flow |
1 |
|
maximum power point |
1 |
|
measurement approach |
1 |
|
measurement-based load modeling |
1 |
|
mechanical systems |
1 |
|
mechanism design |
1 |
|
meter-level load forecasting |
1 |
|
mimo systems |
1 |
|
minimum cut-set |
1 |
|
minimum synchronous penetration |
1 |
|
mixed integer nonlinear programming |
1 |
|
mixed k -dissipativity |
1 |
|
mixed-integer programming |
1 |
|
mobile battery energy storage system (mbess) |
1 |
|
mode coupling |
1 |
|
model parameter identification |
1 |
|
model predictive control (mpc) |
1 |
|
model reference adaptive control |
1 |
|
model uncertainty |
1 |
|
modelling of energy systems-global |
1 |
|
monte carlo simulation |
1 |
|
multi-agent |
1 |
|
multi-agent systems |
1 |
|
multi-objective optimization |
1 |
|
multi-utilities |
1 |
|
multidimensional digital systems |
1 |
|
multidimensional systems |
1 |
|
multimachine power systems |
1 |
|
multiple lyapunov-like functions |
1 |
|
natural gas systems |
1 |
|
network |
1 |
|
network analysis |
1 |
|
network efficiency |
1 |
|
network model |
1 |
|
network topology |
1 |
|
network-induced time-delays |
1 |
|
network-preserving model |
1 |
|
networked multiple systems |
1 |
|
networked systems |
1 |
|
neural networks |
1 |
|
non-dominated solution |
1 |
|
non-intrusive load monitoring |
1 |
|
non-linear systems |
1 |
|
non-vanishing uncertainties |
1 |
|
nonintrusive load monitoring (nilm) |
1 |
|
nonlinear control systems |
1 |
|
nonlinear control theory |
1 |
|
nonlinear feedback control |
1 |
|
nonlinear feedback systems |
1 |
|
nonlinear mixed programming |
1 |
|
numerical simulations |
1 |
|
nyquist criterion |
1 |
|
observers |
1 |
|
offshore wind farm |
1 |
|
oltc deadbands |
1 |
|
one-machine-infinite-bus equivalence |
1 |
|
optimal control |
1 |
|
optimal power flow |
1 |
|
oscillatory recovery load model |
1 |
|
output cooperation |
1 |
|
output feedback |
1 |
|
output-feedback |
1 |
|
overflow oscillations |
1 |
|
parametric uncertainty |
1 |
|
pareto front |
1 |
|
partial stability |
1 |
|
passivity |
1 |
|
peer-to-peer computing |
1 |
|
persistent excitation condition |
1 |
|
phasor measurement |
1 |
|
photovoltaic generation |
1 |
|
photovoltaic power systems |
1 |
|
pole clustering |
1 |
|
pole placement |
1 |
|
policy |
1 |
|
population structure |
1 |
|
power angle |
1 |
|
power electronics |
1 |
|
power flow |
1 |
|
power flow equations |
1 |
|
power flow feasibility boundary |
1 |
|
power injection diversity |
1 |
|
power markets |
1 |
|
power producers |
1 |
|
power system computation |
1 |
|
power system dynamic stability |
1 |
|
power system dynamics |
1 |
|
power system oscillations |
1 |
|
power system planning |
1 |
|
power system restoration |
1 |
|
power system security |
1 |
|
power system uncertainty |
1 |
|
power transmission |
1 |
|
pre-assignable convergence |
1 |
|
predictive control |
1 |
|
prescribed-time |
1 |
|
preventive control |
1 |
|
preventive-corrective control |
1 |
|
prosumers |
1 |
|
quantized feedback control |
1 |
|
radial basis function (rbf) neural networks (nns) |
1 |
|
radial basis function neural networks. |
1 |
|
random drift |
1 |
|
rate of change of frequency |
1 |
|
razumikhin-type iss theorem |
1 |
|
reactance matrix |
1 |
|
reactive power limits |
1 |
|
recursion algorithm |
1 |
|
recursive algorithms |
1 |
|
reliability |
1 |
|
reliable strategies |
1 |
|
renewable energy resource |
1 |
|
resonance |
1 |
|
riccati inequality |
1 |
|
risk assessment |
1 |
|
risk management |
1 |
|
robust control |
1 |
|
robust design |
1 |
|
robust global exponential stability |
1 |
|
robust h∞ controller |
1 |
|
robust instability |
1 |
|
robustness |
1 |
|
roundoff noise |
1 |
|
sampled-data control |
1 |
|
scenario analysis |
1 |
|
search methods |
1 |
|
sector bound |
1 |
|
security |
1 |
|
semiglobal |
1 |
|
sensitivity analysis |
1 |
|
sensor noise |
1 |
|
short-term load forecasting |
1 |
|
short-term system dynamics |
1 |
|
short-term voltage stability |
1 |
|
singular impulsive systems |
1 |
|
small gain condition |
1 |
|
small signal stability |
1 |
|
small-gain |
1 |
|
small-signal stability |
1 |
|
smart grid |
1 |
|
smart load |
1 |
|
smart meter |
1 |
|
smart meters |
1 |
|
speed-gradient methodology |
1 |
|
stability analysis |
1 |
|
stability criteria |
1 |
|
stability enhancement |
1 |
|
stability margins |
1 |
|
stabilization of nonlinear systems |
1 |
|
stabilizer |
1 |
|
standing phase angle |
1 |
|
state feedback |
1 |
|
state quantization |
1 |
|
static load model |
1 |
|
static var compensators |
1 |
|
stochastic control |
1 |
|
stochastic optimization |
1 |
|
strongly connected network |
1 |
|
structure optimization |
1 |
|
sum of squares |
1 |
|
support vectors (svs) |
1 |
|
svc |
1 |
|
switched delay systems |
1 |
|
switched discrete and hybrid systems |
1 |
|
switched lyapunov function |
1 |
|
switching adaptive control |
1 |
|
switching systems |
1 |
|
synchronization error |
1 |
|
synchronous inertia |
1 |
|
system analysis |
1 |
|
system dynamics |
1 |
|
tap locking |
1 |
|
target attacks |
1 |
|
targeted attacks |
1 |
|
technology & engineering / electrical |
1 |
|
technology & engineering / electronics / circuits / general |
1 |
|
technology & engineering / power resources / electrical |
1 |
|
temperature sensors |
1 |
|
the extended equal area criterion (eeac) |
1 |
|
the internet |
1 |
|
thermal resistance |
1 |
|
thermal stability |
1 |
|
tie-line power |
1 |
|
tie-power |
1 |
|
time delay |
1 |
|
time delays |
1 |
|
time varying systems |
1 |
|
topology |
1 |
|
tracking |
1 |
|
traffic control |
1 |
|
trajectories |
1 |
|
trajectory |
1 |
|
trajectory sensitivities |
1 |
|
transfer function |
1 |
|
transfer functions |
1 |
|
transient boundary |
1 |
|
transient stability control |
1 |
|
transient stability-constrained unit commitment |
1 |
|
transient stabilization |
1 |
|
transmission network expansion |
1 |
|
transmission planning |
1 |
|
transmission switching |
1 |
|
trees |
1 |
|
two-stage stochastic programming |
1 |
|
unbalanced distribution network |
1 |
|
uncertain nonlinear systems |
1 |
|
undervoltage load shedding |
1 |
|
uniform m-matrix |
1 |
|
uniform stability |
1 |
|
uniform synchronization |
1 |
|
universal adaptive control |
1 |
|
unknown control direction |
1 |
|
variation of parameters |
1 |
|
very strict positive realness |
1 |
|
virtual inertia and damping |
1 |
|
volt/var control |
1 |
|
voltage collapse |
1 |
|
voltage instability |
1 |
|
voltage security control |
1 |
|
vsc-hvdc |
1 |
|
vulnerability |
1 |
|
vulnerability analysis |
1 |
|
wide strict positive realness |
1 |
|
wind generation |
1 |
|
wind turbine generator |
1 |
|
zero-error tracking |
1 |
