Model strateškega odločanja distribucije orodij z uporabo pravil mehke logike

Gorazd Vrečer (Author), Franc Čuš (Author)

Abstract

Cilj, ki ga želimo izpostaviti v prispevku, je izdelava modela mehke logike, s katerim simuliramo dinamični sistem distribucije orodij. Narejen je model gibanja orodij v proizvodnem procesu in skladišču srednje velikega podjetja. V podjetju je prilagodljivost proizvodnje v veliki meri odvisna od obsega zelo kakovostnih izdelkov, dobrega nadzora pretoka in strateške distribucije orodij, ki morajo biti na voljo vedno ob pravem času in v zadostnih količinah. Imamo dinamični pretok orodij, ki ga je mogoče nadzorovati z uporabo zakonov mehke logike in povratnih signalov. Z njimi primerjamo željene in dobljene vrednosti in krmilimo pretok. V prispevku je prikazan model, s katerim smo prikazali časovne odmike, ki nastanejo pri distribuciji orodij. Predstavljeni realni nadzorni sistem pretoka orodij v podjetju je sestavljen iz pretoka materiala, informacij in proizvodnih sredstev. V sistemu obstajajo zveze med posameznimi enotami podjetja, ki so povezana z informacijskimi tokovi, s katerimi smo povečali prilagodljivost sistema.

Keywords

logika mehka;mehka logika;modeli;načrtovanje;pretok orodij

Data

Language:	Slovenian
Year of publishing:	2000
Typology:	1.01 - Original Scientific Article
Organization:	UM FS - Faculty of Mechanical Engineering
Publisher:	Association of Mechanical Engineers and Technicians of Slovenia et al.
UDC:	658.563
COBISS:	3592987
ISSN:	0039-2480
Parent publication:	Strojniški vestnik
Views:	169
Downloads:	39
Average score:	0 (0 votes)
Metadata:

Other data

Secondary language:	English
Secondary title:	Model od strategic determination of tool distribution based on the fuzzy rules
Secondary abstract:	This paper concerns the working out of a fuzzy algorithm model to simulate the dynamic system of tool distribution. A model of tool motion in the production process and in the store of a medium-size company is made. In a company, the production flexibility depends to a large extent on the high-quality manufacturing and the flow and the strategic distribution of tools, which must always be available in time and in sufficient quantities. Tool flow is dynamical and can be monitored according to fuzzy algorithm principles by means of feedback signals with which the desired and obtained values are compared and the flow controlled. This paper shows the model with which we presented the time delays occuring during the tool distribution. The presented real tool distribution monitoring system of a company comprises the flow of materials, informations and production means. The system features the interconnections between the individual units of the company, involved in the information flows with which the flexibility of the system was increased.
Secondary keywords:	tool distribution;planning;models;fuzzy algorithms;pretok orodij;načrtovanje;modeli;logika mehka;
URN:	URN:NBN:SI
Type (COBISS):	Not categorized
Pages:	str. 5-13
Volume:	ǂLetn. ǂ46
Issue:	ǂšt. ǂ1
Chronology:	2000
ID:	1748819