| Fuzzy logic has rapidly become one of the most successful of today's technologies for developing sophisticated control systems. The reason for which is very simple. Fuzzy logic addresses such applications perfectly as it resembles human decision making with an ability to generate precise solutions from certain or approximate information. It fills an important gap in engineering design methods left vacant by purely mathematical approaches (e.g. linear control design), and purely logic-based approaches (e.g. expert systems) in system design. | ![]() |
What does it offer?
The first applications of fuzzy theory were primaly industrial, such as process control
for cement kilns. However, as the technology was further embraced, fuzzy
logic was used in more useful applications. In 1987, the first fuzzy logic-controlled subway
was opened in Sendai in northern Japan. Here, fuzzy-logic controllers make subway
journeys more comfortable with smooth braking and acceleration. Best of all, all
the driver has to do is push the start button! Fuzzy logic was also put to
work in elevators to reduce waiting time. Since then, the applications of Fuzzy Logic
technology have virtually exploded, affecting things we use everyday.
Take for example, the fuzzy washing machine . A load of clothes in it and press start,
and the machine begins to churn, automatically choosing the best cycle. The fuzzy microwave,
Place chili, potatoes, or etc in a fuzzy microwave and push single button, and it cooks for the right
time at the proper temperature. The fuzzy car, manuvers itself by following simple verbal
instructions from its driver. It can even stop itself when there is an obstacle immedeately ahead
using sensors. But, practically the most exciting thing about it, is the simplicity involved in
operating it.
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