Applications for Fuzzy Logic
(Continued)
Here are some examples of how Fuzzy Logic has been applied in reality:
- Automatic control of dam gates for hydroelectric-powerplants
(Tokio Electric Pow.)
- Simplified control of robots
(Hirota, Fuji Electric, Toshiba, Omron)
- Camera aiming for the telecast of sporting events
(Omron)
- Substitution of an expert for the assessment of stock exchange activities
(Yamaichi, Hitachi)
-
Preventing unwanted temperature fluctuations in air-conditioning systems
(Mitsubishi, Sharp)
- Efficient and stable control of car-engines
(Nissan)
- Cruise-control for automobiles
(Nissan, Subaru)
- Improved efficiency and optimized function of industrial control applications
(Aptronix, Omron, Meiden, Sha, Micom, Mitsubishi, Nisshin-Denki, Oku-Electronics)
- Positioning of wafer-steppers in the production of semiconductors
(Canon)
- Optimized planning of bus time-tables
(Toshiba, Nippon-System, Keihan-Express)
- Archiving system for documents
(Mitsubishi Elec.)
- Prediction system for early recognition of earthquakes
(Inst. of Seismology Bureau of Metrology, Japan)
- Medicine technology: cancer diagnosis
(Kawasaki Medical School)
- Combination of Fuzzy Logic and Neural Nets
(Matsushita)
- Recognition of handwritten symbols with pocket computers
(Sony)
- Recognition of motives in pictures with video cameras
(Canon, Minolta)
- Automatic motor-control for vacuum cleaners with recognition of surface condition
and degree of soiling
(Matsushita)
- Back light control for camcorders
(Sanyo)
-
Compensation against vibrations in camcorders
(Matsushita)
- Single button control for washing-machines
(Matsushita, Hitatchi)
- Recognition of handwriting, objects, voice
(CSK, Hitachi, Hosai Univ., Ricoh)
- Flight aid for helicopters
(Sugeno)
- Simulation for legal proceedings
(Meihi Gakuin Univ, Nagoy Univ.)
- Software-design for industrial processes
(Aptronix, Harima, Ishikawajima-OC Engeneering)
- Controlling of machinery speed and temperature for steel-works
(Kawasaki Steel, New-Nippon Steel, NKK)
- Controlling of subway systems in order to improve driving comfort, precision of halting
and power economy
(Hitachi)
- Improved fuel-consumption for automobiles
(NOK, Nippon Denki Tools)
- Improved sensitiveness and efficiency for elevator control
(Fujitec, Hitachi, Toshiba)
- Improved savety for nuklear reactors
(Hitachi, Bernard, Nuclear Fuel div.)
Here
are some projects that were developed at our lab.
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