The processes of reception, treatment, storage and expedition of units in the warehouse are complex processes. The inflow and outflow are not constants, for a period of time can have many request arrives or not, some of them can remain for storing for a long period of time, others can be dispatched by customers.

To be explored, analyzed and optimized the warehouse processes in the pharmaceutical and cosmetic industry can not be used analytical methods, because they aren’t sufficiently reliable and the results will not be accurate. For these applications is appropriate the application of mathematical methods such as theory of queues and computer simulation programs.

The aim of this report is the exploration and optimization of the material flows in two companies, representatives of the pharmaceutical and cosmetic industry of the Republic Bulgaria with the help of the theory of queues. The study used data provided by the ,,Sopharma’’ AD and ,,Aroma'' AD.

Vikenti Spassov
Professor, PhD
University of transport,,T. Kableshkov’’
Faculty of Machinery and construction technologie in transport

Drago Mihalev
Assos. prof., PhD
University of transport,,T.Kableshkov’’
Faculty of Telecomunicatoins and electrical equipment in transport

Vassil Ahchiiski
Senior researcher, PhD
Technical university- Sofia
Faculty of Machinery

Teodora Ivanova
PhD student
University of transport,,T. Kableshkov’’
Faculty of Machinery and construction technologie in transport

Host city and venue - Vienna

Vienna (Wien) is the federal capital and largest city of Austria, and one of the nine states of Austria. Vienna is Austria's primate city, with a population of about 1.9 million (2.6 million within the metropolitan area, nearly one third of Austria's population), and its cultural, economic, and political centre. It is the 7th-largest city by population within city limits in the European Union.  Read more...

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