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The purpose of the submitted paper is to make the computerized physics more popular among the potential university/college students, namely in the areas of the simulation. Simultaneously, that work is intended to act as explanatory notes of the additional presenation which is composed under the same purpose as the above mentioned paper. It contains the basical terms of the computerized physics. Moreover, the overview of programs for creation of models and simulations as well as resulting examples have been included. Finally, the areas of the computerized simulations are listed, accompanied by the synoptic examples.

Práce se zabývá problematikou procesního řízení v moderním pojetí managementu. V teoretické části je procesní řízení nejprve představeno v kontextu různých přístupů managementu změny. Dále jsou popsány aspekty kvality procesu a nastíněny základy modelování a simulace procesů s využitím specializovaného softwaru. Praktická část je věnována aplikaci vybraného modelovacího nástroje v reálných podmínkách praxe, jsou analyzovány hlavní procesy ve spolupracující organizaci a rovněž proveden návrh dokumentovaných postupů pro dva procesy v této organizaci dosud podrobně nepopsané.

A thesis deals with simulation modeling. After opening theoretic information about models, discrete and continuous simulations, computer technologies for systems modeling and individual phases of simulation process, there follows a case study, which demonstrates using of three software products for simulation modeling -- SIMUL8, Simprocess and Powersim Studio. Created models, experiments with them and given results, including well-arranged tabular comparison of mentioned computer programs according to defined criteria, point out strengths and weaknesses of each software. Simultaneously, data for selection of an appropriate program are presented, depending on a sphere type, which is simulation modeling to be applied on.

The topic of this thesis is discrete event simulation. The thesis introduces basic principles of discrete event simulation and Add-in SIMULANT for MS EXCEL 2007, which was created as a part of this thesis. Description of algorithms used in SIMULANT add-in and user guide are included in this thesis.

The main goal of this thesis is the elaboration of the most important simulation techniques and their verification of their applications in solving specific managerial decision-making problems. In the beginning the reader is acquainted with the theory, which includes overview and description of certain kinds of simulation models, focus on how to use them, the benefits of different types of models and also the example of using the model in practice. The practical part is focused on a specific type of managerial decision problems. Specific problem is chosen and described. Then the structure and the properties, that model has to meet are described. Based on the desired structure and properties, the simulation model is built. Subsequently, the correctness of model operation is verified. Outputs from the model will be evaluated and a solution of the problem will be proposed. The advantages, disadvantages, pitfalls of creating the model and benefits for the manager will be pointed out.

The issue of the work is use of simulation methods in real situation. First part of thesis belongs to explanation of warehouse technologies and simulation techniques used in the work. Follows a transformation of real enterprise warehouse to computer simulation model. The main part is focused on experiments on this model which solves real problems in this warehouse. Target of first experiment is to find solutions to shorten the waiting time of trucks. This is accomplished by series of experiments, which are compared and the best solution is selected. Another three experiments contains future or hypothetical situations in the warehouse. On the basis of the simulation results future steps and preparations are proposed.