|
palladium (56-2)133
palladium catalyst (55-3)281
parallel compensator
(56-4)339
parallel computing (55-2)229,
parallel processor (57-3)209
parametric approach
(55-1)15
parametric optimization (57-2)153
parametric yield (56-1)9
paraxial beams (57-2)181
partial realization (56-3)273
passive filters (54-3)255,
passivity
based control
(54-3)341,
path planning
(53-1)39
pattern analysis (52-2)131
pattern classifcation (52-1)11
Pattern Electroretinogram (53-3)223
Pattern Visual Evoked Potential (53-3)223
Pd catalyst (56-3)295
pendulum control (52-3)153
perfect observer (52-2)103
performance analysis (56-4)379
performance criteria (53-1)9
periodic loading (57-1)71
periodic structures (57-1)35
periodically time-varying networks (55-1)49, (57-1)79
perovskite (55-3)293
permanent magnet synchronous motors (54-3)299,
PERG (53-3)223
phase compensation (52-2)141
phase transitions (55-2)179,
photoacoustic spectroscopy (56-3)253
photocapacitance (53-2)157,
photon and thermal detectors (52-1)43
photonic (57-1)35
photonic (liquid) crystal fibers (56-2)125
photoresist (56-1)17
photovoltaic (PV) (57-4)345
phylogenetic trees (53-3)273
PID controllers (56-4)329
piezoresistive cantilever (54-1)25,
pitch
shifter (54-4)499,
placement problems (57-3)273
plants with delay
(56-4)339
pletysmography (53-3)231
PM
motors (54-3)293,
PMSM
(54-3)327,
Poiseuille flow (52-3)204
Poisson equation (55-2)245,
polar
ice (54-4)419,
polarimetric fiber sensors (56-2)125
polaritonic waves (57-1)35
polarization sensitive OCT (PS-OCT) (56-2)155
pole assignment
(54-4)429,
polycrystalline semiconductors (55-3)287
polyester substrate (57-2)171
polymer and polyelectrolyte adsorption (53-4)317
polymer fibres (53-4)385
polymer optical fibres (53-2)163,
polymers (55-3)287
polynomial
interpolation (54-4)469,
polynomial
matrix equations (54-4)429,
polyoptimisation (55-1)43
polyurethane (54-2)167,
poly(dimethylsiloxane) (53-2)163,
pool boiling (55-2)211,
positive (55-1)19,
(55-1)1,
(56-1)3,
(56-3)273, (56-4)313,
(56-4)325, (57-3)289, (57-4)395
positive linear systems (56-4)309
positive
realization (54-3)347,
positive (minimal) realization (53-3)293
positive system(s) (52-2)99, (53-1)1, (57-2)133
positive 2D general model (52-1)79
power converter (57-4)323, (57-4)383
power electronic converters (57-4)345
power electronic interface (57-4)297
power electronics(54-3)335
power factor correction (57-2)157
power Doppler (53-3)245
power management (57-2)147
power theory (52-4)359
power quality (54-3)255, (57-2)157, (57-4)297
power semiconductor devices (54-3)255
practical stability (56-4)313
prediction
(54-4)353,
predictive
control (54-3)287, (57-4)323
predictive
current controller (54-3)279,
predictive
torque control (54-3)271,
preliminary design (57-3)265
principal component analysis (55-4)331
printed circuit board (PCB) (56-1)17,
probabilistic heuretics (57-3)273
procedure (52-4)353, (54-3)347
process control (57-2)153
process diagnostic (56-2)177
process modelling and simulation (55-1)71
processor(52-2)115
production planning (57-3)257
production sheduling (57-3)195
programmable array logic (PAL) (54-4)479
programmable logic controller (56-3)229
progress of researches (53-1)
projective filtering (55-4)331
propagation (53-3)217
pseudoelasticity (52-3)165
PSFB converter (56-3)285
PSTM (54-1)25
pull-in instability (53-4)373
pulse
durability (54-1)9,
pulsed laser deposition (52-4)283,
(54-2)181, (56-3)217, (56-3)223
pulverised coal (56-2)177
PV system (56-3)285
PVEP (53-3)223
PVD coating (53-4)425
PWM method of control (57-4)317
PWM rectifier (54-3)327, (57-4)337
PWM
technique (54-3)341,
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