文件名称:2005_FUZZY05(EmbeddedType2FLC)
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Marine and Traction propulsion systems operate in
highly dynamic and uncertain control environments. The
current speed controllers for marine/traction propulsion
systems are based on PID and type-1 Fuzzy Logic Controllers
(FLCs) which cannot fully handle the uncertainties associated
with such dynamic environments.- Marine and Traction propulsion systems operate in
highly dynamic and uncertain control environments. The
current speed controllers for marine/traction propulsion
systems are based on PID and type-1 Fuzzy Logic Controllers
(FLCs) which cannot fully handle the uncertainties associated
with such dynamic environments.
highly dynamic and uncertain control environments. The
current speed controllers for marine/traction propulsion
systems are based on PID and type-1 Fuzzy Logic Controllers
(FLCs) which cannot fully handle the uncertainties associated
with such dynamic environments.- Marine and Traction propulsion systems operate in
highly dynamic and uncertain control environments. The
current speed controllers for marine/traction propulsion
systems are based on PID and type-1 Fuzzy Logic Controllers
(FLCs) which cannot fully handle the uncertainties associated
with such dynamic environments.
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2005_FUZZY05(EmbeddedType2FLC).pdf