Block diagram of self-correcting fuzzy PID control.

Block diagram of self-correcting fuzzy PID control.

<p>Block diagram of self-correcting fuzzy PID control.</p>

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Bibliographic Details
Main Author: Wanjun Zhang (496858) (author)
Other Authors: Jingsheng Tong (21410379) (author), Feng Zhang (6548) (author), Wanliang Zhang (13936353) (author), Jingxuan Zhang (4229800) (author), Jingyi Zhang (741111) (author), Jingyan Zhang (427983) (author), Honghong Sun (6013136) (author), Derek O. Northwood (21410382) (author), Kristian E. Waters (1713193) (author), Hao Ma (114667) (author)
Published: 2025
Subjects:
Microbiology
Biotechnology
Developmental Biology
Infectious Diseases
Space Science
Biological Sciences not elsewhere classified
Mathematical Sciences not elsewhere classified
Information Systems not elsewhere classified
yield improvement compared
varying soil permeability
time correction rules
time adjustment capability
tackle challenges posed
simulations using matlab
prolonged settling time
physical pc platform
g ., time
designed rule bases
complex operating conditions
robust control solution
enhanced synergistic control
fuzzy pid methods
precise mathematical modeling
9 %), outperforming
86 %- 21
integrated control system
traditional pid control
nonlinear parameters resistant
fertilizer integrated systems
traditional pid
control group
integrated irrigation
system achieved
static parameters
7 %),
nonlinear interactions
nonlinear dynamics
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uncertain variables
theoretical innovation
study provides
study proposes
state performance
results demonstrate
resolving issues
rate error
practical value
practical applications
poor adaptability
ph regulation
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parameter limitations
mathematical model
lagging regulation
insufficient real
fertilizer enabled
error accumulation
environmental disturbances
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Summary:<p>Block diagram of self-correcting fuzzy PID control.</p>

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