Now 381 visitors
Today:530 Yesterday:1075
Total: 1366 413S 88P 95R
2026-02-04, Week 6
Member Login
Welcome Message
Statistics
Committee
TACT Journal Homepage
Call for Paper
Paper Submission
Find My Paper
Author Homepage
Paper Procedure
FAQ
Registration / Invoice
Paper Archives
Outstanding Papers
Program / Proceedings
Presentation Platform
Hotel & Travel Info
Photo Gallery
Scheduler Login
Seminar
Archives Login
Sponsors






















Online Q&A Session
Paper Number Author:
Paper Title
Keyword
Q&A Number **Select your question number !!
Questioner eMail:
Question
Answer
by
Author
Save Q&A

* Edit or answer any Q&A by selecting Q&A number Hyper Link below + Write button (Save)
ICACT20230270 Question.1
Questioner: liufan@nus.edu.sg    2023-02-23 오후 3:07:29 		ICACT20230270 Answer.1
Answer by Auhor franklinlu888@outlook.com   2023-02-23 오후 3:07:29
Chrome Click!!
Fuzzy PID has undergone years of development. Will you consider applying other techniques such as Genetic Algorithm to select the PID parameters? GA is an efficient algorithm. GA aided the optimization of PID control is a very good idea for our study. Therefore, thanks for your suggestion! However, FPID is an inexpensive and easy-to-use control method for temperature control. That is the reason we proposed the method..
ICACT20230270 Question.2
Questioner: ida@niad.ac.jp    2023-02-23 오후 3:20:17 		ICACT20230270 Answer.2
Answer by Auhor franklinlu888@outlook.com   2023-02-23 오후 3:20:17
Chrome Click!!
Could you explain more about the comparison with related researches? Yes, Sir! Based on the comparison of results between PID and FPID controllers for temperature control, we found that FPID improves the time delay of the target temperature. However, the target temperature is alternative at the baseline 0f 28 degrees C. Under the condition, FPID performs a better response than PID. In addition, the blue light radiation makes the temperature higher. The phase delay becomes a point of choosing the control methods.