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Optimization of Stock Locations in Warehouses
Douša, Daniel ; Zavoral, Filip (advisor) ; Syrovátková, Jana (referee)
Warehouses contain different sections with locations that are suitable for different products divided by their size, weight, and especially turnover. The aim of the thesis is to design a model of distribution and automated reallocation of individual products within the warehouse from their receipt from suppliers to delivery to customers. It is necessary to incorporate behaviour towards new products without historical sales data, holding minimum and maximum stocks at individual locations, and adding or shifting products. The main goal of the whole work is to find an algorithm for inventory storage calculation so that the customer can get his order as quickly as possible. There are also secondary goals. These include, for example, the amount of inventory needed and the number of transfers. The solution found, even in the case of worse evaluation according to the main requirement, can be a better solution due to better evaluated side targets.
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Universal backup
Douša, Daniel ; Pergel, Martin (advisor) ; Fučík, Milan (referee)
The main assignment of job is to solve the problem of colliding access to a shared data store for different types of data backup. The main limitation is the impossibility to run the server software on the shared medium. For this reason, there is a need to find resolutions of conflicts only with using of a shared data space and non-guaranteed direct connections of clients. As part of the work is implemented the solution has preference direct clients with a guarantee in the form of a synchronizing file on a shared medium. Part of the draft solution is to create an application that allows various types of backup (full, differential, synchronization, etc.). The application also allows distributed backup (backup data from multiple location) with synchronization mechanisms. Powered by TCPDF (www.tcpdf.org)
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