The goal of the thesis is to give reader a detailed description of the Czech electronic toll system with emphasis to the potential future system development and infrastructure toll extension. The National Transportation Policy, legislative framework concerning the infrastructure tolling, and particular European toll systems are described in the first part of the thesis. Within the other part of the thesis, the reader is given a simplified cost-profit model of future toll extension efficiency to evaluate the optimal outcome of the toll extension.

Tato práce se snaží najít odpověď na otázku, zda je v současnosti možné autonomně měřit rychlost vozidel pomocí stereoskopické měřící metody s průměrnou chybou v rozmezí 1 km/h, maximální chybou v rozmezí 3 km/h a směrodatnou odchylkou v rozmezí 1 km/h. Tyto rozsahy chyb jsou založené na požadavcích organizace OIML, jejichž doporučení jsou základem metrologických legislativ mnoha zemí. Pro zodpovězení této otázky je zformulována hypotéza, která je následně testována. Metoda, která využívá stereo kameru pro měření rychlosti vozidel je navržena a experimentálně vyhodnocena. Výsledky pokusů ukazují, že navržená metoda překonává výsledky dosavadních metod. Průměrná chyba měření je přibližně 0.05 km/h, směrodatná odchylka chyby je menší než 0.20 km/h a maximální absolutní hodnota chyby je menší než 0.75 km/h. Tyto výsledky jsou v požadovaném rozmezí a potvrzují tedy testovanou hypotézu.

The diploma thesis is focused on design of electrohydraulic system for nose gear control on small civil airliners. First part consists of brief review of small civil airliners, nose gears and CS 23 restrictions relevant for the design. In practical part a typical small civil airliner is defined and kinematic of landing gear mechanisms is designed. Then the electrohydraulic system itself is designed and parameters of some components are suggested. The wheel steering mechanism is simulated and, in conclusion, the whole system is evaluated.

The aim of this diploma thesis is reconstruction design of Húskova Street in Brno, which is located in Černovice district. Static traffic, cycling and movement of pedestrians will be solved within reconstruction. The project was processed in four variant solutions. Variant A is emphasised on maximal number of parking space in draft form 45° angled parking driving ahead, variant B takes into account existing condition, the number of parking space and cycling, variant C leaves current status and adjustment consists of marking by horizontal road marking, in variant D is once again effort for maximal number of parking space, but with driving to the place by reversing. Evaluation of variants was done and variant B was chosen for detailed processing

The content of this work is the elaboration of a technology-oriented project for the construction of an apartment building with four above-ground floors in Blansko. This project includes a technical report, road mapping solutions, technological regulations, a drawing and technical report of the building site equipment, a timetable, a design of the machine assembly, control and test plans, a material resource assurance plan, and a technical report on health and safety at the building site.

This diploma thesis deals with processing of technological preparation of the polyfunctional building in Vyškov. The work includes a technical report, a time and financial plan of the construction, a study of the implementation of the main technological stages and an itemized budget for the main building. It also solves the project site equipment including design of construction machinery. It further elaborates the technical regulations for interior plaster, floor design and stacked ceiling for which a control and test plan is developed.

This diploma thesis focuses on the development of modal split, as a fundamental indicator determining travel behavior for traffic model forecasting. Firstly, approaches to traffic forecasting in the Czech Republic are described, and an emphasis is put on non-uniform definitions and factors influencing modal split. The body of the thesis describes methods of establishing, as well as the development and objective of the modal split in Brno, Zurich, Dresden, Nurnberg, and Vienna. For each city, the effects of traffic network changes on modal split and travel behavior are evaluated. Finally, the observed trends are compared with each other.

The aim of the diploma thesis is designing the transport infrastructure for the new building of the 4 apartment buildings in Letovice. The design documentation for building permission contains direction and height solution of the building, static and pedestrian traffic and also design traffic signs and outlook’s ratios. The whole newly emerging site is designed as zone 30.

This thesis deal with a develop a construction technology project of the TBU educational complex in Zlín. This work includes technical report, time schedule, project of construction site equipment for 3 main stages, design of main construction machines and mechanisms, technological regulation for implementation of waterproof construction, traffic relations, control and test plan, health and safety on job site and ecology and item budget.

The subject of this diploma thesis is the design of a pre-station area near the railway station Uherský Ostroh on track 340: Brno - Veselí nad Moravou and its connection to existing roads. The work alternatively addresses the method of connecting the area to the road I/55 in the build-up area of the town, the arrangement of parking and bus stops. Part of the design is also the connection of the area for the needs of pedestrians and suggests places for parking bicycles.