The aim of this thesis is to analyze the distribution chain of dangerous substances classified in groups assortment of fuel, with a focus on the optimization and detection of any deficiencies, which are formulated proposals for the optimization of logistics of fuel distribution.

This diploma thesis deals with the design and blueprints for timber buildings according to principles for design of passive buildings. The structure is designed as diffusion-open. Individual compositions were assessed according to building physics and financial calculations of material costs were made. This thesis compares various possible options for improving energy concept of the house including internal building technology. The clever design and optimization of structures made reduction of specific heat needed for heating and other parameters to desired values for passive houses to achieve modern and healthy living possible.

This thesis is focused on the optimization of material handling on the farm as a set of measures that lead not only to increase the efficiency of utilization of handling equipment , but also the effectiveness of management activities on the farm. The first part briefly describes the current state of agriculture in the Czech Republic , provides an overview of materials handling and agricultural transport systems. Another important part is the review of literature on economics and farm management . In the practical part of the thesis deals with the analysis of industrial activity in a particular company . Based on the evaluation of analysis lines for silage harvest is then evaluated the effect of the type of kit -hour performance and fuel consumption . The conclusion then discussed the results of work and proposals to increase the competitiveness of the reporting enterprise.

Bulíčková, A. The opportunities of using optimization methods for crop planning. Diploma thesis. Brno: Mendel University, 2015. This diploma thesis deals with the opportunities of using optimization methods as a decision-making tool for the structure of crop rotation. The aim of this thesis is to consider the possibilities of using the methods of the operation research in crop planning and suggest appropriate optimization tools. The suitable model will be applied to a chosen agricultural company. The important terms of the farmland, crop rotation and optimization methods using in agriculture are described in this thesis. Subsequently, the structure of agricultural production in ZD Třebelovice is analyzed and appropriate optimization model suggested. The problem is solved by using the MS Excel software. The example of ZD Třebelovice is used for the generalization in the agricultural sector.

Diploma thesis deals with proposal of elaboration of waste from sawmill in Slavonice. Solves condition of current operations and technological equipment of the company. It also deals with three variants of the technological organization and mechanization of elaboration of waste. The first variant solves briquetting line, the second is focused on the pelletizing line and the third part constitutes sorter sawmill waste. All of the mentioned variants are supported by the drawings. Diploma thesis includes economic evaluation of the solutions, where are assessed hypothetical realization and operation costs of the line for elaboration of the waste. From all of the mentioned variants is selected the most advantageous variant - sorting of the waste

This diploma thesis deals with finding the optimal structure of plant producti-on in agriculture company Rakovec, a. s. The thesis consists of two main parts. The theoretical part describes the operations research includes linear programming and in the practical part there is optimized concrete crop rotation with the assistance of MS Excel programme. In conclusion are contained relevant recommendations.

This thesis analyzes the implementation of a testing algorithm, Particle Swarm Optimization, biologically inspired optimization method. Introduce us briefly with evolutionary algorithms, analyzes in detail the PSO algorithm and its parameters. Testing is performed on numerical, nominal, and binary data. The application contains graphical user interface. The algorithm is compared with genetic algorithm at the end and results are appropriately discussed.

This dissertation deals with the topic business logistics. The object of this dissertation is a proposal of a logistic model. Among the supporting goals belongs the improvement, acceleration, expense-to-revenue ratio reduction and the total increase in efficiency of the business and logistic processes in a chosen company. The chosen company is Pražská energetika, a. s. that occupies with the electricity and gas distribution in Prague and in the town Roztoky. It belongs to the main electricity supplier in the Czech Republic. The theoretical part of this dissertation explains and classifies concepts, e.g.: logistic development, supply, transport, storing, business logistics, distribution and logical information systems. The second part of the dissertation focuses on the trade logistic issues in the company Pražská energetika, PLC. On the basis of established information and executed surveys are drafted the solutions that can minimize the expenses and increase the efficiency of the logical and commercial model.

Finding the optimal state of reality is the main purpose of the optimization process. The best variant from many possibilities is selected, and the effectiveness of the given system increases. Optimization has been applied in many real life engineering problems as in hydrological modelling. Within the hydrological case studies, the optimization process serves to estimate the best set of model parameters, or to train model weights in artificial neural networks. Particle swarm optimization (PSO) is relatively recent optimization technique, which has only a few parameters to adjust, and is easy to implement to the selected problem. The original algorithm was modified by many authors. They focused on changing the initialization of particles in the swarm, updating the population topology, adding new parameters into the equation, or incorporating shuffling mechanism into the algorithm. The modifications of PSO algorithm improve the performance of the optimization, prevent the premature convergence, and decrease computation time. Therefore, the main aims of the presented doctoral thesis consist of proposal of a new PSO modification with its implementation in C++ programming language. More PSO variants were compared and analysed, and the best methods based on benchmark problems were applied in two hydrological case studies. The first case study focused on utilization of PSO algorithms in inverse problem related to estimation of parameters of rainfall-runoff model Bilan. In the second case study, combination of artificial neural networks with PSO methods was introduced for forecasting the Standardized precipitation evapotranspiration drought index. It was found out, that particle swarm optimization is a suitable tool for solving problems in hydrological modelling. The most effective PSO modifications are the one with adaptive version of parameter of inertia weight, which updates the velocity of particles during searching through the multidimensional space via feedback information. The shuffling mechanism and redistribution of particles into complexes, at which the PSO runs separately, also significantly improve the performance. The contribution of this doctoral thesis lies in creation of new PSO modification, which was tested on benchmark problems, and was successfully applied in two hydrological case studies. The results of this thesis also extended the utilization of PSO methods in real life engineering optimization problems. All analysed PSO algorithms are available for later use within other research projects.

The aim of the Diploma thesis Lean Management Application was optimize level of stock in manufacturing company KONE Industrial koncern s. r. o. by using of selected techniques of Lean management and proved financial savings in stock by economic analysis. The first part of the study was focused on the main concepts and basic principles used in Lean management. Furthermore, this part dealt with the issue of warehouses and inventories. In the second part ot the thesis was introduced company and current state was analyzed. Chapter Solution proposal of optimization of inventory included suggestions for possible solutions and the economic evaluation of the proposed changes by using knowledge as explained in the first part. The work is finished by summarizing the results of this work, discussions and recommendations.