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The Research and Development Division of the Office of Vice President of Scientific Affairs in the Presidency of the University of Technology holds a scientific lecture on the topic
Sustainable Operation Management of Industry 4.0 through Simulation
It will be on Wednesday, November 18 at 6 pm, and on the Google Meet link attached to the announcement.
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The Research and Development Division of the Office of the Scientific Assistant in the Presidency of the University of Technology holds a scientific lecture on the topic Sustainable Operation Management of Industry 4.0 Through Simulation It will be on Wednesday, November 18 at 6 pm, and on the Google Meet link attached to the announcement
This announcing that the Research and Development Division of the Office of the Vice President for Scientific Affairs in the Presidency of the University of Technology is holding a scientific lecture on a topic Micro-electrical Mechanical System It will be on Saturday 14 November at 6 pm, and on the Google Meet link attached to the announcement
(The Department of Control and Systems Engineering at the University of Technology grants MA degree about (Optimal Design and Implementation of Fuzzy Logic _PID Controller Based on a Microcontroller
The Department of Control and Systems Engineering at the University of Technology granted MA degree to the student (Ahmed Faisal Ghalib), specializing in computer engineering, for his research entitled (Optimal Design and Implementation of Fuzzy Logic _PID Controller Based on a Microcontroller)
On the conference room in the section.
The discussion committee consisted of:
- Prof. Hazem Ibrahim Ali / Chairman.
- Prof. Omar Walid Abdel-Wahab / member.
- Ahmed Raouf Nasser / member.
- Ahmed Alaa Akla / member and supervisor.
Where four controllers were designed and implemented (the first type fuzzy controller T1FLC) and (the second type fuzzy controller IT2FLC) and (the fractional fuzzy controller type one FOT1FLC) and (the fractional fuzzy controller type two FOT1FLC) and four types of Evolutionary optimization algorithms for the purpose of parameter tuning.
After checking the performance of all controllers and optimization algorithms by simulation and application implementation on the reverse pendulum system on the cart, the results showed that the controllers (FOIT2FLC) and the (SSO) algorithm are the best in terms of controllers’ performance and execution time.
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