Development of a fuzzy fractional-order logic controller for a combustion process control system

APPLICATION OF NEURO-FUZZY LOGIC FOR THE STABILIZATION OF A DIESEL INTERNAL COMBUSTION ENGINE COOLING SYSTEM

This article examines the issue of improving the efficiency of thermal management in a diesel internal combustion engine (ICE) under dynamic loads. The authors identify the shortcomings of conventional PID controllers associated with high inertia and nonlinearity of thermal processes. An adaptive neuro-fuzzy control sy...

Adaptive fuzzy fault-tolerant PID controller design for a single-tank level process in the presence of sensor faults and disturbances

This paper investigates the implementation and evaluation of a water level control system using Arduino and MATLAB. The main objective is to analyze and compare the performance of different controllers in a real experimental setup. The dynamic behavior of the system is identified based on experimental data, and the sys...

Performance Enhancement of Liquid Level Control System Using PSO-Optimized Fuzzy PID Controller in MATLAB/ Simulink

The designs and tuning of a Fuzzy PID controller using particle swarm optimization (PSO) for build-up performance enhancement of MATLAB/Simulink based nonlinearly connected liquid-level control system and simulation results show that the Fuzzy PID controller is excellent in dynamic performance with optimization of PSO.

DESIGN AND SIMULATION OF A CNC POSITION CONTROL SYSTEM USING PID AND FUZZY-PID CONTROL

The presented methodology demonstrates the usefulness of simulation-based control design for CNC positioning systems and offers a practical framework for improving motion-control performance in mechatronic applications.

Enhanced combustion efficiency in thermal power plants using a hybrid fuzzy-pid controller

FUZZY LOGIC IN VEHICLE SUSPENSION SYSTEMS: FORMULATION AND NUMERICAL COMPARISON

Suspension systems are crucial for vehicle stability, ensuring safety and driving comfort. This study adopts an in-depth analytical approach to explore the intersection of fuzzy logic and suspension systems, aiming to transform them from rigid mechanical entities into intelligent, adaptive systems. The research methodo...