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1
book article
Electric drive for throttle control of centrifugal pump system
Gevorkov, Levon
;
Rassõlkin, Anton
;
Kallaste, Ants
;
Vaimann, Toomas
59th Annual International Scientific Conference on Power and Electrical Engineering : November 12, 13, 2018, Riga Technical University (RTUCON) : conference proceedings
2018
/
5 p. : ill
https://doi.org/10.1109/RTUCON.2018.8659845
book article
2
book article
Energy saving in centrifugal pumps using mutual pressure and flowrate control
Serbin, Aleksandr
;
Petlenkov, Eduard
;
Vodovozov, Valery
2017 IEEE 58th International Scientific Conference on Power and Electrical Engineering of Riga Technical University (RTUCON) : proceedings : Latvia, Riga, 12-13 October, 2017
2017
/
[5] p. : ill
http://dx.doi.org/10.1109/RTUCON.2017.8124805
book article
3
book article
Mixed pressure control system for a centrifugal pump
Gevorkov, Levon
;
Vodovozov, Valery
2017 11th International Conference on Compatibility, Power Electronics and Power Engineering (CPE-POWERENG 2017) : Cadiz, Spain, 4-6 April 2017
2017
/
p. 364-369 : ill
https://doi.org/10.1109/CPE.2017.7915198
book article
4
book article
PLC-based hardware-in-the-loop simulator of a centrifugal pump
Gevorkov, Levon
;
Vodovozov, Valery
;
Lehtla, Tõnu
;
Raud, Zoja
2015 IEEE 5th International Conference on Power Engineering, Energy and Electrical Drives (POWERENG) : proceedings : May 11-13, 2015, Riga, Latvia
2015
/
p. 491-496 : ill
http://dx.doi.org/10.1109/PowerEng.2015.7266366
book article
5
journal article
PLC-based pressure control in multi-pump applications
Vodovozov, Valery
;
Gevorkov, Levon
;
Raud, Zoja
Scientific Journal of Riga Technical University. Electrical, control and communication engineering
2015
/
p. 23-29 : ill
http://dx.doi.org/10.1515/ecce-2015-0008
journal article
6
book article
Pressure control with minimal power consumption of a pumping station
Vodovozov, Valery
;
Raud, Zoja
Recent Advances in Environmental and Earth Sciences and Economics : [proceedings of the EEDE 2015, GESE 2015, MANASE 2015, WHH 2015 : Zakynthos Island, Greece, July 16-20, 2015]
2015
/
p. 242-245 : ill
book article
7
book article
Simulation study of the pressure control system for a centrifugal pump [Online resource]
Gevorkov, Levon
;
Vodovozov, Valery
;
Raud, Zoja
2016 57th International Scientific Conference on Power and Electrical Engineering of Riga Technical University (RTUCON) : October 13, 14, 2016 : conference proceedings
2016
/
[5] p. : ill
https://doi.org/10.1109/RTUCON.2016.7763086
book article
8
book article
Study of the centrifugal pump efficiency at throttling and speed control
Gevorkov, Levon
;
Vodovozov, Valery
BEC 2016 : 2016 15th Biennial Baltic Electronics Conference : proceedings of the 15th Biennial Baltic Electronics Conference : Tallinn University of Technology, October 3-5, 2016, Tallinn, Estonia
2016
/
p. 199-202 : ill
http://www.ester.ee/record=b2150914*est
book article
Number of records 8, displaying
1 - 8
keyword
382
1.
blood pressure control
2.
pressure control
3.
pressure control valve
4.
finite control set-model predictive control (FCS-MPC)
5.
modulated finite control set-model predictive control
6.
advanced abutment pressure
7.
air pressure difference
8.
ambulatory blood pressure monitoring
9.
aortic blood pressure
10.
aortic pressure
11.
atmospheric pressure disturbance
12.
blood pressure
13.
blood pressure measurement
14.
blood pressure waveform
15.
building pressure condition
16.
central aortic pressure
17.
central aortic pressure (CAP)
18.
CO2 partial pressure
19.
compacting pressure
20.
differential pressure
21.
differential pressure sensor
22.
differential pressure sensors
23.
domestic demand pressure
24.
environmental pressure
25.
film pressure
26.
high pressure grinding rolls
27.
high pressure liquid chromatography procedure
28.
high pressure torsion
29.
High Pressure Torsion Extrusion
30.
high pressure torsion extrusion (HPTE)
31.
high-pressure annealing
32.
High-Pressure High-Temperature Spark Plasma Sintering
33.
high-pressure processing
34.
high-pressure solidification
35.
high-pressure torsion
36.
home blood pressure monitoring
37.
hydrodynamic pressure
38.
hydrostatic pressure
39.
impact pressure
40.
internal pressure
41.
N2 ambient pressure
42.
non invasive blood pressure
43.
pilot operated pressure relief valve
44.
positive pressure
45.
pressure
46.
pressure angle
47.
pressure buoys
48.
pressure coefficient
49.
pressure dependence of the average boiling points
50.
pressure distribution
51.
pressure feedback
52.
pressure gauges
53.
Pressure impact
54.
pressure sensor
55.
pressure sensors
56.
pressure wave
57.
pressure-temperature conditions
58.
pressure-volume area
59.
reid vapor pressure
60.
sensors for measuring the blood pressure
61.
sources of pressure
62.
stakeholder pressure
63.
vapor pressure
64.
vapor pressure correlations
65.
vapor pressure treatment
66.
vapour pressure
67.
wind pressure
68.
access control
69.
active thermal control
70.
adaptive control
71.
adaptive droop control
72.
advanced control
73.
air traffic control
74.
aircraft control
75.
attitude determination and control
76.
automated control
77.
automatic control
78.
automatic control systems
79.
Automatic generation control
80.
automatic voltage control
81.
average current mode control
82.
BESS Control Strategy
83.
bidirectional power flow control
84.
Bilateral output feedback control
85.
bottom-up control
86.
boundary control
87.
Building Automation and Control System (BACS)
88.
building automation and control systems
89.
centralized control
90.
centralized control system
91.
change of control
92.
chaos control
93.
chelation control
94.
climate control
95.
climate control in historic buildings
96.
closed loop control
97.
closed-loop control
98.
cognitive control
99.
command and control systems
100.
composite winding density control
101.
computer control
102.
congestion control
103.
construction planning and control
104.
consultation command and control
105.
continuous control set
106.
control
107.
control algorithm
108.
Control allocation
109.
control and data path tests
110.
control applications
111.
control design
112.
control engineering computer applications
113.
control fault models
114.
control faults
115.
control function
116.
control interactions
117.
control manholes
118.
control methodology
119.
control methods
120.
control objectives
121.
control of multilevel converters
122.
control optimization
123.
control part
124.
control problems
125.
control reconfiguration
126.
control strategy
127.
control system
128.
control system analysis
129.
control system design
130.
control system for grid integration
131.
control system synthesis
132.
control systems
133.
control systems commissioning
134.
control systems design
135.
control theory
136.
control valve characteristic
137.
converter control
138.
coordinated control
139.
cost-effective heating control
140.
crack control
141.
critical control points
142.
current control
143.
dc droop control
144.
DC -link control
145.
DC-link control
146.
dc-link voltage control
147.
deadbeat control
148.
decentralized model predictive control
149.
delay control systems
150.
detailed control modelling
151.
digital control
152.
digital control systems
153.
digital current mode control
154.
direct field-oriented control (DFOC)
155.
direct torque control
156.
direct torque control (DTC)
157.
discrete time control systems
158.
distributed average integral control
159.
distributed control
160.
disturbance rejection control
161.
droop control
162.
droop control bandwidth
163.
droplet generation rate control
164.
droplet size control
165.
duty cycle control
166.
dynamic control
167.
efficient control strategy
168.
electric machine control
169.
electric power system control
170.
electric variables control
171.
embedded control
172.
emission control
173.
emission control area (ECA)
174.
emission control areas
175.
encoderless control
176.
energy control
177.
energy control unit (ECU)
178.
equivalent control
179.
EU merger control
180.
eutrophication control
181.
event-based control
182.
event-triggered control
183.
export control
184.
fault tolerant control
185.
fault-tolerant control
186.
feedback control
187.
feeder-side control
188.
feedforward control
189.
field-oriented control
190.
flag state control
191.
flatness-based control
192.
flight control
193.
flow rate control
194.
fluid flow control
195.
fluid flow control
196.
flux control
197.
FOPID retuning control
198.
force control
199.
fractional control
200.
fractional control implementation
201.
fractional PID control
202.
fractional-order pid control
203.
fractional-order sliding mode control
204.
free predictive control
205.
frequency control
206.
frequency deviation control
207.
fuzzy control
208.
fuzzy logic control
209.
general control modulo of the oscillatory behavior
210.
geometric control
211.
grid-forming control
212.
Health locus-of-control
213.
hierarchical control
214.
high-level control fault model
215.
high-level control faults
216.
hydraulic control
217.
hysteresis current control
218.
industrial control
219.
industrial control system (ICS)
220.
industrial control systems
221.
Industrial Control Systems (ICS)
222.
Infection control
223.
information control
224.
information flow control
225.
intelligent control
226.
intelligent lighting control
227.
interfacing and control of renewable
228.
interleaved control
229.
internal control
230.
inventory control
231.
iterative modelling and control design
232.
judicial control
233.
level control
234.
lighting control
235.
linear control system
236.
load control
237.
load frequency control
238.
load frequency control (LFC)
239.
locomotion control
240.
locus of control
241.
low-level control system transportation
242.
LQG control
243.
LQR control
244.
machine control
245.
machine vector control
246.
management control systems
247.
master-slave control
248.
maximum boost control
249.
mechatronics system control
250.
Media Access Control (MAC)
251.
medium access control
252.
medium access control (MAC)
253.
merger control
254.
metabolic control analysis
255.
minimax control
256.
model predictive control
257.
model predictive control (MPC)
258.
model reference adaptive control
259.
model-based control
260.
model-free control
261.
modeling for control
262.
moisture control
263.
monlinear control systems
264.
motion control
265.
motor control
266.
multi-loop model reference control
267.
multimode control
268.
multi-mode control
269.
multi-rate control
270.
multivariable control
271.
multivariable control systems
272.
Networked control systems
273.
networked control systems (NCSs)
274.
neural fuzzy modelling control
275.
noise control
276.
nonlinear control
277.
nonlinear control strategy
278.
nonlinear control system
279.
nonlinear control systems
280.
nonlinear model predictive control
281.
optimal control
282.
output control
283.
output feedback control
284.
partial control of emergent behavior
285.
passive flow control
286.
passive solar control
287.
passivity based control
288.
passivity-based control (PBC)
289.
PD control
290.
peak current mode control
291.
perceived behavioral control
292.
pest control
293.
phase control
294.
physical control channels
295.
PI control
296.
PI control parameters
297.
pid control
298.
piecewise linear droop control
299.
planning and control
300.
PlcOpen motion control function blocks
301.
pollution control
302.
port state control
303.
power based control
304.
power control
305.
power distribution control
306.
power system control
307.
PR control
308.
predictive control
309.
predictive torque control
310.
pre-symptomatic period risk control
311.
price based control
312.
price based control of industrial processes
313.
primary droop control
314.
process control
315.
production control
316.
programmable control
317.
proportional–integral–derivative (PID) control
318.
pulse control
319.
PWM control
320.
quality assurance and control
321.
quality control
322.
quality control plan
323.
randomized control trial
324.
rapid control prototyping
325.
reactive power control
326.
real time control
327.
remote control
328.
renewable sources control
329.
retuning control
330.
ripple-based control
331.
robot control
332.
robotic control
333.
robust control
334.
rule-based control
335.
SECA "Sulphur Emission Control Area"
336.
SECA (sulphur emission control areas) regulations
337.
segmented control
338.
sensorless control
339.
shading control principles
340.
shootthrough control methods
341.
shoot-through control methods
342.
SISO control
343.
sliding mode control
344.
sliding model control
345.
slip control
346.
sole control
347.
stabilizing control
348.
state-feedback control
349.
stochastic control
350.
stormwater inlet control
351.
supervisory control and data acquisition (SCADA)
352.
switching control method
353.
Synthetic inertia control (SIC)
354.
temperature control
355.
thermal variables control
356.
topographic control
357.
topology morphing control
358.
topology morphing control (TMC)
359.
topology/power control
360.
torque control
361.
towing carriage control
362.
tracking control
363.
traffic signal control
364.
trajectory control
365.
triple-loop control
366.
two-term control
367.
ultralocal model (ULM) control
368.
unfolding-control
369.
uplink control channel design
370.
vector control
371.
version control
372.
vibration control
373.
Wide-Area control
374.
wind turbine control
375.
winding process control
376.
wireless networked control systems
377.
virtual inertia control
378.
volt/VAR control
379.
voltage control
380.
voltage mode control
381.
voltage-oriented control (VOC)
382.
work locus of control
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