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for each model(passive) is designedAppropriate PID controller
for creating automatic control and regulation systems of various technological processes in different areas of industry , agriculture and utilities(passive) is designedThe PID controller TRM210
a modal - controldesignedPID damping controller
Genetic algorithm is usedto designoptimal PID controller
based on Internal Model Control ( IMC ) Method(passive) is designedThe PID Controller
to control the output speed of the system(passive) is then designedA PID controller
with model reduction and internal model control method(passive) is designedA PID controller
for the linearized system , where IMC design is applied to design the PD controller and a gain(passive) is designedA PID controller
for the linearized system , where pole placement is applied to design the PD controller and a gain(passive) is designedA PID controller
by using controller parameters(passive) is designedA PID controller
to control Motor Speed speed of DC motor by using(passive) is designedthe PID controller
This paperdesignsa fuzzy PID controller
to operate automatic solid fuel boilers equipped with a retort ( screw ) fuel feeder , in which the temperature of the boiler is changed by altering the cycles of fuel feeding and smooth control of the air blower(passive) is designedThe RT-09 PID controller
for position control of the linearized model(passive) is designedPID controller
for altitude control(passive) is designedcompensated PID controller
zero gain ... can not be usedto designa PID controller
for this process application(passive) has been designedPID controller
In this paper , we use this resultto designa PID controller
based on the estimated model(passive) was designedA PID controller
a linear modelto designa PID controller
for the stable operation of the system(passive) are designedPID ) controller
for the model(passive) was designedPID controller
how PSO is usedto designthe PID controller
based on the Ziegler Nichols method(passive) is designedA PID controller
using pole placement approach and(passive) is designedThe PID controller
You will then needto setthe PID controller
by this method(passive) designed bythe PID controller
the theory is usedto designa PID controller
also(passive) can ... be designedA PID controller
also(passive) was ... designedA PID controller
in MATLAB Simulink software and PID gains(passive) is designedPID controller
by this algorithm(passive) designed bythe PID controller
with a target value(passive) will be setThe PID controller
is proposedto designa PID controller
by conventional method(passive) designed bythe PID controller
first(passive) was ... designedThe PID controller
based on the Ziegler - Nichols tuning method for the benchmarking purpose(passive) was designedThe PID controller
based on open loop and closed loops criteria(passive) is designedThe PID controller
's trydesigninga PID controller
a known time of(passive) is designedPID controller
with this methodwas designedwith this method
to control process parameters like pressure or flow ratecan be setto control process parameters like pressure or flow rate
Fuzzy PID controller(passive) is designedFuzzy PID controller
a closed loop feedback control(passive) is designeda closed loop feedback control
for simple inputsis designedfor simple inputs
The PID control fuzzy control and adaptive(passive) are designedThe PID control fuzzy control and adaptive
to be fixed for all conditionsare ... designedto be fixed for all conditions
to an unstable closed - loop digital control systemledto an unstable closed - loop digital control system
for use within my Gaggia Classic Coffee machinedesignedfor use within my Gaggia Classic Coffee machine
The pressure controller(passive) is designedThe pressure controller
the temperaturesetthe temperature
the temperature(passive) set bythe temperature
in system overshootresultsin system overshoot
for the systemmay designedfor the system
the systemdesignedthe system
to work with an analog outputis designedto work with an analog output
the actual position to approach the desired positionwill causethe actual position to approach the desired position
usingdesignedusing
based ondesignedbased on
reduce ) all those parametersshould influencereduce ) all those parameters
for various systemsdesignedfor various systems
using the conventional approachdesignedusing the conventional approach
get control schemedesignedget control scheme
for nominal parametersdesignedfor nominal parameters
in the best responseresultin the best response
The control signal(passive) is composedThe control signal
to a large overshootdoes ... leadto a large overshoot
via the approach given indesignedvia the approach given in
reduceshould influencereduce
of a proportional ( P ) controller , an integral ( I ) controller , and a derivative ( D ) controllercomposedof a proportional ( P ) controller , an integral ( I ) controller , and a derivative ( D ) controller
in [ 6designedin [ 6
to high gainsis setto high gains
the output signal to stable operation condition with minimum oscillationsleadingthe output signal to stable operation condition with minimum oscillations
with various tuning formulasdesignedwith various tuning formulas
in the most accurate movement trackingresultedin the most accurate movement tracking
upon GAsdesignedupon GAs
in this paperdesignedin this paper
for this paperdesignedfor this paper
better controlcontributesbetter control
alreadydesignedalready