This project is based on the self-tuning fuzzy logic controller, for the design of a temperature control process, the performance of the system should be reliable. The proposed control system combines the advantages of Self Tuning and Fuzzy Logic Control schemes. In order to evaluate the performance of the proposed control system methods, results from simulation of the process are presented. The hardware implementation using lab VIEW also present here. The entire system setup especially driver circuit is very critical for proper working of the system
AbstractTemperature control system is increasingly playing an important role in industrial productio...
Modern control systems offer the advantages of ease of operation, accurate results, remote control, ...
The fuzzy logic control algorithms are relatively new direction in the field automatic control syste...
A closed-loop control system incorporating fuzzy logic has been developed for a class of industrial ...
This project aims at designing and implementing a fuzzy controller for Multiple Input Single Output ...
In this paper a self-tuning PID controller is designed using fuzzy logic for a liquid level process ...
In this paper, temperature monitoring of sterilizing equipment system was established with the help ...
We first introduce a non-adaptive fuzzy logic controller (FLC) for the control of live steam tempera...
We first introduce a non-adaptive fuzzy logic controller (FLC) for the control of live steam tempera...
In this paper, the development of a water bath temperature system to control the liquid's temperatur...
Abstract It is well known that the control of a rotary dryer is difficult due to long delay times of...
It is nesessary to tune the fuzzy rules and the scalling factors in real-time control of a large sca...
A hardware implementation of the Takagi-Sugeno-Kan (TSK)-type recurrent fuzzy network (TRFN-H) for w...
Conventional controller’s usually required a prior knowledge of mathematical modelling of the proces...
The mathematical modeling involves convectional controller which affect the performance non-Linear a...
AbstractTemperature control system is increasingly playing an important role in industrial productio...
Modern control systems offer the advantages of ease of operation, accurate results, remote control, ...
The fuzzy logic control algorithms are relatively new direction in the field automatic control syste...
A closed-loop control system incorporating fuzzy logic has been developed for a class of industrial ...
This project aims at designing and implementing a fuzzy controller for Multiple Input Single Output ...
In this paper a self-tuning PID controller is designed using fuzzy logic for a liquid level process ...
In this paper, temperature monitoring of sterilizing equipment system was established with the help ...
We first introduce a non-adaptive fuzzy logic controller (FLC) for the control of live steam tempera...
We first introduce a non-adaptive fuzzy logic controller (FLC) for the control of live steam tempera...
In this paper, the development of a water bath temperature system to control the liquid's temperatur...
Abstract It is well known that the control of a rotary dryer is difficult due to long delay times of...
It is nesessary to tune the fuzzy rules and the scalling factors in real-time control of a large sca...
A hardware implementation of the Takagi-Sugeno-Kan (TSK)-type recurrent fuzzy network (TRFN-H) for w...
Conventional controller’s usually required a prior knowledge of mathematical modelling of the proces...
The mathematical modeling involves convectional controller which affect the performance non-Linear a...
AbstractTemperature control system is increasingly playing an important role in industrial productio...
Modern control systems offer the advantages of ease of operation, accurate results, remote control, ...
The fuzzy logic control algorithms are relatively new direction in the field automatic control syste...