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Systems approach to determining the environmental damage during the transport of hazardous chemical substances
Popelová, Barbora ; Božek,, František (referee) ; Balog, Karol (referee) ; Kledus, Robert (referee) ; Adamec, Vladimír (advisor)
Current status of the environmental damage amount determination is mainly focused on the long-term consequences of negative factors, such as transport and industry emissions. Significant damages however, could be caused as a result of short-term effects, such as events with leakage of the hazardous chemicals. These situations are caused by accidents during the hazardous substances transportation, when the material is leaked as a result of faults on the vehicle or during a traffic accident. Damages that are subsequently being dealt with, in most cases reflect only the costs associated with the liquidation and remediation of the affected area. However it is important to note that since the inception of the damage until the return of the environment to its original state, if at all possible, there are many changes increasing other related costs associated with their solving. An example is the inability to use the functions that the damaged area provided. The aim of the thesis was therefore thoroughly analyze the current state of determining the amount of damage to the environment, to analyze appropriate methods for the unification process in the framework of expert activities and propose a systematic approach to improve the determination. The proposed procedure was subsequently implemented in a software tool that should be available for the needs of experts.
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A system approach to medieval ruins management
Novotný, Jakub ; Bláha, Jiří
The aim of this paper is to briefly discuss the complexity of monument care and the young heritage science disciplines on the example of historical ruins management. There is an empirical reflection on problems connected with historical ruins management presented as an introduction. The following part then presents a possible methodological interconnection of a systems approach and cultural heritage management. The next part of the paper first introduces the RUINS project in general and then one of its methodological outputs—rules and model forms for ruins. Based on practical experience, the paper concludes that the more general methodological basis and foundation of cultural heritage sites management may be general systems theory and a systems approach.
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Systems approach to determining the environmental damage during the transport of hazardous chemical substances
Popelová, Barbora ; Božek,, František (referee) ; Balog, Karol (referee) ; Kledus, Robert (referee) ; Adamec, Vladimír (advisor)
Current status of the environmental damage amount determination is mainly focused on the long-term consequences of negative factors, such as transport and industry emissions. Significant damages however, could be caused as a result of short-term effects, such as events with leakage of the hazardous chemicals. These situations are caused by accidents during the hazardous substances transportation, when the material is leaked as a result of faults on the vehicle or during a traffic accident. Damages that are subsequently being dealt with, in most cases reflect only the costs associated with the liquidation and remediation of the affected area. However it is important to note that since the inception of the damage until the return of the environment to its original state, if at all possible, there are many changes increasing other related costs associated with their solving. An example is the inability to use the functions that the damaged area provided. The aim of the thesis was therefore thoroughly analyze the current state of determining the amount of damage to the environment, to analyze appropriate methods for the unification process in the framework of expert activities and propose a systematic approach to improve the determination. The proposed procedure was subsequently implemented in a software tool that should be available for the needs of experts.
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Systems approach to agile methodologies of software development
Urban, Daniel ; Mildeová, Stanislava (advisor)
This bachelor thesis is focused to researching agile methodologies of software development using a systems approach. This thesis has two main objectives. The first objective is the description and analysis of agile methodologies using a systems approach with respect to the project conducted in this thesis. The second and primary objective is selection of the appropriate agile methodology for student's project in a bank institution following analysis methodologies within which the application is developed for the needs of the Human Resources Department. Partial objective of this to compare the current approach applied to the development of the result of the selection of methodologies.
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