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Simulation and Design of Intelligent Agents
Šperka, Svatopluk ; Rozman, Jaroslav (referee) ; Janoušek, Vladimír (advisor)
Conventional method of development which repeats phases of design, implementation and testing is not adequate for systems like intelligent agents for which complex behavior is required but specification is unclear at the beginning of development process. Incremental design of agent's model during simulation seems more suitable for it enables direct feedback in behavioral changes of a system. This interactivity speeds up development process and helps to uncover parts of a space of all models to designer - thanks to new knowledge acquired during simulation. This thesis aims to provide comparison of suitability of two agent architectures and respective platforms in context of SmallDEVS modeling and simulation framework for this methodology of development. First approach is reactive and decentralized subsumption architecture based on DEVS formalism and the second one is PNagent, framework realizing deliberative BDI architecture using Object Oriented Petri Nets.
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Software Testing Organization and Methods
Kajan, Miroslav ; Kolář, Dušan (referee) ; Kreslíková, Jitka (advisor)
This document's objective is to propose a set of methods for improvement of the organization and methodology of software testing and subsequent application of those in a real environment of the Siemens CZ company. The first part discusses the development models in terms of testing segment and the following section focuses specifically on the methodology of agile testing and development as a whole, including applicable metrics for evaluating various aspects of software exiting the testing phase. The third major section lets the reader get acquainted with the Siemens organization and methods of their software testing and by analyzing real-world project it assesses the strengths and weaknesses of the particular testing process and its management. The practical part of this thesis lies in the design and implementation of a plug-in for the JIRA environment. This tool is able to identify and quantify the long term status of the project phases of agile development and testing in a clear and interactive way, while the outputs are represented by clearly defined problems that can be more easily treated, as one can argue further progress.
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Simulation and Design of Intelligent Agents
Šperka, Svatopluk ; Rozman, Jaroslav (referee) ; Janoušek, Vladimír (advisor)
Conventional method of development which repeats phases of design, implementation and testing is not adequate for systems like intelligent agents for which complex behavior is required but specification is unclear at the beginning of development process. Incremental design of agent's model during simulation seems more suitable for it enables direct feedback in behavioral changes of a system. This interactivity speeds up development process and helps to uncover parts of a space of all models to designer - thanks to new knowledge acquired during simulation. This thesis aims to provide comparison of suitability of two agent architectures and respective platforms in context of SmallDEVS modeling and simulation framework for this methodology of development. First approach is reactive and decentralized subsumption architecture based on DEVS formalism and the second one is PNagent, framework realizing deliberative BDI architecture using Object Oriented Petri Nets.
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Software Testing Organization and Methods
Kajan, Miroslav ; Kolář, Dušan (referee) ; Kreslíková, Jitka (advisor)
This document's objective is to propose a set of methods for improvement of the organization and methodology of software testing and subsequent application of those in a real environment of the Siemens CZ company. The first part discusses the development models in terms of testing segment and the following section focuses specifically on the methodology of agile testing and development as a whole, including applicable metrics for evaluating various aspects of software exiting the testing phase. The third major section lets the reader get acquainted with the Siemens organization and methods of their software testing and by analyzing real-world project it assesses the strengths and weaknesses of the particular testing process and its management. The practical part of this thesis lies in the design and implementation of a plug-in for the JIRA environment. This tool is able to identify and quantify the long term status of the project phases of agile development and testing in a clear and interactive way, while the outputs are represented by clearly defined problems that can be more easily treated, as one can argue further progress.
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Appropriate methods of managing web projects
Syrový, Tomáš ; Chocholatý, Drahomír (advisor) ; Buchalcevová, Alena (referee)
The thesis deals with the issue of internet product and internet project. It describes internet product, its specific properties, objectives and environment. It concentrates on dividing internet product into individual types according to requirements and deals with applicability of ready-made solutions. The thesis also deals with the complexity of the definition of internet project and viewing of the concepts of internet product and internet project by the public. On the basis of a questionnaire survey and a definition of a classic project, the thesis is trying to create own definition of internet project. In the next part of the thesis, the life cycle of internet product is described. This cycle is divided into four recurrent phases and clarifies each of them. Further, it provides a definition of roles connected with internet product. The development phase of internet product is described in more detail. It deals with the technological environment and architecture influencing this phase. In general, the thesis deals with methodology, its applicability for development and provides a list with short descriptions of several methods. At the end of the thesis there is a decision tree and decision tables which help to choose the right methodology for a particular type of internet product with regard to the number of people in the development team.
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Proposal for a well-use graphical user interface, data-based transactional applications
Moudrý, Vojtěch ; Šedivá, Zuzana (advisor) ; Stanovská, Iva (referee)
This thesis aims describe principles that are essential for creating data-based transaction applications. At the same time it should serve as a methodological description of the development of a particular type of applications as well as presenting the correct solution and common mistakes. The first chapters focus on explaining the concept of a graphical user interface from its inception to the present. Describes the current possibilities of the application development and explains why today is put so much emphasis on the GUI. Another part is devoted to clarify the differences in transaction data-oriented applications from other application software. It explains the basic principles of operation and points out the wrong solutions, which are in turn supplemented with correct ones. At the end of the thesis there is mentioned, from the author point of view, an ideal solution for designing application that eliminates all the shortcomings described in the previous chapters. The theoretical part is based on the available literature and author's own experience. The practical part is made up and based on author's own knowledge and skilled colleagues working in this field.
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