Design And Implementation Of Speed Control Motor Using Fuzzy Logic Technique
This paper is about a Design and
Implementation of Speed Control motor using Fuzzy Logic
technique. In our modern life today, we are using many
complex equipments such as, mobile phones, i-pods,
laptops and computers. The complexity of these
instruments is difficult to understand. The Aim of fuzzy
logic is to understand complexity more easily.
Moreover, if we want precision in measurements then the
cost increases. Fuzzy logic technique is useful in
reducing the cost without loss of precision. In decision
making, the probabilities of the outcome is unknown
and decision is made under conditions of uncertainty.
Fuzzy logic technique is more effective as compared
to the conventional methods of decision making.
In this research work the fuzzy logic technique
has been explained with reference to the real world
problems. The problem of speed control motor for Fuzzy
logic is solved using the MATLAB programming software.
The Fuzzy Logic methods are used for solving the speed
control motor problems are Fuzzy Sets, Fuzzy Relation,
membership function, Cartesian product, alpha cut, λ-cut
etc. Two variables related to this problem are speed(in
rpm) and load (torque). The following membership
functions for motor were developed from a
hypothetical components catalog. This paper is totally
based on software implementation of MATLAB.
KEYWORDS: Membership function, fuzzy set, speed
control motor, decision making, Uncertainty.