Design and Implementation of FEGCS: Fuzzy Elevator Group Control System - Fuzzy Information Processing Society, 1996. NAFIPS., 1996 Biennial Conference of the North America

TIic elevator group con t ro l sy/.steiri.s(E‘G(~,L;) are t h c co n t 7.01 s y s t e i r i ~ ~ t h a t in a n a g e s y s t e in a t ica 1 l y three or more e l e v a t o r s in order t o e f i c i e n t l y t r a n s p o r t the p a s .sengers. Most of the EGC,S’.s have used t h e h a l l cal l assigniiient m e t h o d t o assign elevators in response t o passeiiger’s calls. T h z s p a p e r propo.ses a con t ro l strateg y q e n E ra l io n iri et h od, a h a 11 call assign ni e nt 111 e th od based on t h e fiizzy t h e o r y and then, t h e fii=zy e l w a t o T gri) up co n tro 1 s ysl e m ( F EG C:,S) The i v n t ro 1 .s t ra tegy of FEG<,’S is m a d e u s i n g t h e classijication of t h e passenger t ra f i c a n d s y s t e m m a n a g e r ’ s r equ i ren ien t s , and t h e ha l l cal ls are as s igned t o su i tab le elevators b y t h e genera ted c o n t r o l s t ra t egy . The. systerri i s operated using the given con t ro l s t r a t e g y which is de f ined b y t h e s y s t e in iu a n ag er. The p ro p s e d s y s t e m shows be 22 er resulfs t h a n t h e c o n v e n t i o n a l methods in s i ir iulat ions, and t h e developed systei i i i s u n d e r t h e coirinierrialzzation b y a n i i i dus t r za l c o m p a n y .