|
wireless power transfer (wpt) |
8 |
|
wireless power transfer |
6 |
|
magnetic resonance |
5 |
|
receivers |
5 |
|
transmitters |
5 |
|
wireless communication |
5 |
|
wireless lighting |
5 |
|
wireless sensor networks |
5 |
|
coils |
3 |
|
communication system security |
3 |
|
continuous frequency-and-duration adjustment |
3 |
|
dimming control |
3 |
|
direct-drive |
3 |
|
drones |
3 |
|
electric vehicle (ev) |
3 |
|
energy encryption |
3 |
|
energy-on-demand |
3 |
|
frequency modulation |
3 |
|
frequency-and-duration chaos |
3 |
|
harmonic analysis |
3 |
|
high intensity discharge lamps |
3 |
|
high-intensity discharge (hid) lamp |
3 |
|
ignition |
3 |
|
inverters |
3 |
|
lcc-compensated network |
3 |
|
magnetic quasi-resonant coupling (mqrc) |
3 |
|
reluctance motors |
3 |
|
security |
3 |
|
sensor arrays |
3 |
|
servomotors |
3 |
|
static variable capacitor |
3 |
|
topology |
3 |
|
variable-power variable-frequency control (vpvf) |
3 |
|
wireless energy security |
3 |
|
wireless power and drive transfer (wpdt) |
3 |
|
all-metal induction heating (ih) |
2 |
|
battery management |
2 |
|
capacitance |
2 |
|
charging (batteries) |
2 |
|
coil design |
2 |
|
conferences |
2 |
|
controllable output |
2 |
|
domestic appliances |
2 |
|
dual-resonant |
2 |
|
dual-resonating-frequency (drf) compensation |
2 |
|
eddy currents |
2 |
|
electric propulsion |
2 |
|
electric vehicles |
2 |
|
electromagnetic field effects |
2 |
|
energy loss |
2 |
|
energy routing |
2 |
|
energy security |
2 |
|
energy transfer |
2 |
|
fault-tolerant network |
2 |
|
field modulation effect |
2 |
|
flux regulation |
2 |
|
generalized flow problem |
2 |
|
harmonic-shift |
2 |
|
high-frequency-resonating (hfr) |
2 |
|
high-order compensation |
2 |
|
high-order lcc transformation |
2 |
|
hts |
2 |
|
hybrid frequency pacing (hfp) |
2 |
|
implants |
2 |
|
in-pipe pumping |
2 |
|
inductance |
2 |
|
induction heating |
2 |
|
internet of things |
2 |
|
junctions |
2 |
|
low-frequency-switching (lfs) |
2 |
|
magnetic extender |
2 |
|
magnetic field editing |
2 |
|
magnetic field editing (mfe) |
2 |
|
magnetic field measurement |
2 |
|
magnetic leakage |
2 |
|
magnetic resonant coupling (mrc) |
2 |
|
magnetic resonant modulation (mrm) |
2 |
|
magnetic sensors |
2 |
|
magnetics |
2 |
|
maximum power tracking |
2 |
|
multi-coil system |
2 |
|
multi-frequency |
2 |
|
multi-input |
2 |
|
multi-resonating |
2 |
|
multi-topologies |
2 |
|
multicurrent control |
2 |
|
multifrequency |
2 |
|
multiple receivers |
2 |
|
multiple transmitters |
2 |
|
mutual inductance calculation |
2 |
|
network theory (graphs) |
2 |
|
omnidirectional energy harvester |
2 |
|
omnidirectional wireless power transfer (wpt) |
2 |
|
on-off keying modulation (ook) |
2 |
|
optimal current vector |
2 |
|
optimized efficiency |
2 |
|
orthogonal bipolar coupler |
2 |
|
parallel-hybrid-excited |
2 |
|
parity-time (pt) symmetry |
2 |
|
permanent magnet (pm) |
2 |
|
phase-shift control (psc) |
2 |
|
pipelines |
2 |
|
piping network |
2 |
|
power adaption |
2 |
|
power distribution |
2 |
|
pulse frequency modulation |
2 |
|
pulse frequency modulation (pfm) |
2 |
|
rails |
2 |
|
rechargeable batteries |
2 |
|
renewable energy sources |
2 |
|
resistance |
2 |
|
roads |
2 |
|
routing |
2 |
|
selectivity |
2 |
|
separately excited modulation (sem) |
2 |
|
smart cities |
2 |
|
switches |
2 |
|
topology-reconfigurable |
2 |
|
traffic energy internet |
2 |
|
transceiver |
2 |
|
transportation |
2 |
|
tunneling magnetoresistance |
2 |
|
turning |
2 |
|
underground drainage system |
2 |
|
vehicle-to-grid |
2 |
|
vehicular energy network (ven) |
2 |
|
wireless direct-drive motor control (wdmc) |
2 |
|
wireless energy router |
2 |
|
wireless energy trading (wet) |
2 |
|
wireless pipeline network |
2 |
|
wireless power drive |
2 |
|
wireless power transmission |
2 |
|
wireless switch |
2 |
|
zero-voltage switching (zvs) |
2 |
|
asynchronous motor |
1 |
|
chattering suppression |
1 |
|
digital speed control |
1 |
|
direction-of-arrival estimation |
1 |
|
discrete-time integral sliding mode control (dismc) |
1 |
|
discrete-time sliding mode control (dsmc) |
1 |
|
dual-buck inverter |
1 |
|
equivalent disturbance observer (edo) |
1 |
|
estimation |
1 |
|
geometry |
1 |
|
half load-cycle worked |
1 |
|
magnetomotive force |
1 |
|
minimal-order observer |
1 |
|
music |
1 |
|
noise |
1 |
|
non-uniform linear arrays |
1 |
|
permanent magnet synchronous machines (pmsms) |
1 |
|
permanentsmagnet synchronous motor (pmsm) |
1 |
|
pmsm |
1 |
|
pulse density modulation |
1 |
|
quasi-resonant link |
1 |
|
saddle current |
1 |
|
sepic |
1 |
|
signal processing algorithms |
1 |
|
single-stage inverter |
1 |
|
sparse linear array |
1 |
|
speed observer |
1 |
|
spwm |
1 |
|
three-level hysteresis controller |
1 |
|
trapezoidal current |
1 |
|
vector control |
1 |
|
vectors |
1 |
