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Design of heating system for family house.
David, Ondřej ; Podoliak, Peter (referee) ; Katolický, Jaroslav (advisor)
Diploma thesis deal with design and economic valorize heating system for heating family house classical gas boiler and condensing gas boiler. Diploma thesis includes design these two heating systems, inclusive graphical documentation mentioned enclosed. Further thesis includes calculation consumption natural gas in both variants heating systems with pricing natural gas spent behind heating period and investment charge upon this heating system and result is economics comparison these two heating systems.
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Microsimulation of urban road traffic
David, Ondřej ; Hnětynka, Petr (advisor) ; Adámek, Jiří (referee)
This work deals with the description of the program for modelling urban road network designed for microsimulation of traffic. Part of the work is devoted to description of one of the algorithms available for use in simulation. The first part contains information about the internal structure of the program, which means the way of representation of the road network, the parts it is constituted of, what parameters of simulation are available to input and finally how to interpret data collected during simulation. The second part depicts one of the available simulation algorithms. It considers procession of traffic events, how the driver maintains safe distance behind the vehicle in front of him, his strategy in crossroads, what facts make him go and stop and eventually what are the reasons for changing lane.
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Identifying runtime components of the running SOFA 2 application
David, Ondřej ; Hnětynka, Petr (referee) ; Bureš, Tomáš (advisor)
In the present work we put forward a proposal on how to deconstruct a SOFA 2 component runtime environment. The first part of the text is dedicated to description of its logical parts fand their interconnections. It includes description of the subsidiary program parts (repository, dock manager, global connector manager, dock) essential for launching an arbitrary component architecture which binds additional runtime components (component content, microcomponents, connectors) described further on in the text. The second part deals with the question of how a specific component architecture influences presence of these runtime components. Their constitution, bindings and dependencies are investigated based on observations of various component applications. Common traits are captured in a unifying concept which will open the door to making the target runtime environment for concrete component architecture more configurable and lightweight. The third part of the text proves the feasibility of the proposed concept. OSGi bundles are used to implement the runtime environments of the component applications investigated in the second part of the text demonstrating correctness of the proposed concept. The final part summarises the results of the text and presents possible ways how to continue in this work.
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Microsimulation of urban road traffic
David, Ondřej ; Adámek, Jiří (referee) ; Hnětynka, Petr (advisor)
This work deals with the description of the program for modelling urban road network designed for microsimulation of traffic. Part of the work is devoted to description of one of the algorithms available for use in simulation. The first part contains information about the internal structure of the program, which means the way of representation of the road network, the parts it is constituted of, what parameters of simulation are available to input and finally how to interpret data collected during simulation. The second part depicts one of the available simulation algorithms. It considers procession of traffic events, how the driver maintains safe distance behind the vehicle in front of him, his strategy in crossroads, what facts make him go and stop and eventually what are the reasons for changing lane.
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Design of heating system for family house.
David, Ondřej ; Podoliak, Peter (referee) ; Katolický, Jaroslav (advisor)
Diploma thesis deal with design and economic valorize heating system for heating family house classical gas boiler and condensing gas boiler. Diploma thesis includes design these two heating systems, inclusive graphical documentation mentioned enclosed. Further thesis includes calculation consumption natural gas in both variants heating systems with pricing natural gas spent behind heating period and investment charge upon this heating system and result is economics comparison these two heating systems.
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