Jenkins CI, the continuous integration server, enables to extend its functionality by plug-ins. These plug-ins can be written in Java and Ruby. The support for Python language is missing although it is one of the most popular programming languages. Therefore we have implemented the SDK for Python plug-in development and this SDK has been integrated into the Jenkins CI community repository. The documentation for the plug-in development in Python has been also published. Thanks to that work, developers can now implement plug-ins in Python programming language.

This thesis deals with the design and implementation of a simulator of PicoBlaze microcontroller. The aim of this thesis is to create a graphical simulator of this microcontroller in Eclipse as an extension of the existing integrated development environment VLAM IDE. The thesis describes in detail the simulator uCsim which was chosen for implementation of PicoBlaze simulator core and introduces its improvements for a better support of automatized testing. The thesis also presents a description of desing and implementation of the graphical simulator in Eclipse which uses the created simulator core and discusses possible improvements of the implemented core and graphical simulator.

This thesis deals with the dependence of static modulus of elasticity of concrete in compression on number of load cycles. The deformation of test specimens during multiple cyclic loading was measured with resistive strain gages. Up to 1600 load cycles was conducted. Static modulus of elasticity in compression was determined from measured deformations. The aim of this thesis is assessment changes in the values of static modulus of elasticity depending on the number of load cycles.

Within the master’s thesis a design of the graphic module of database design for generate grawing documentation was worked out.

The goal of this Master’s thesis is to implement a web aplication for the Safiral s.r.o. employees. With this aplication, managers can effectively evaluate orders from economical side and they do not need lengthy and confusing calculations.

This thesis deals with the design of module for control of biaxial cartesian manipulator. Control module recieves signals STEP and DIR from PLC - these signals can have frequency up to 100 kHz. They are processed by the module and send to inputs of drivers, which control motors of biaxial manipulator. Both axis of manipulator are driven simultaneously. PLC is not able to manage this process without this module. Adjusted parameters are displayed on LCD display. Control module is disturbance-resistant. All signals are isolated by fast optocouplers, which guarantee minimum distortion of signals. Data are processed by microprocessor ATXMEGA. Program of microprocessor is written in the C language. It is possible to switch module to NPN or PNP logic and it is also possible to select output voltage 5 or 24 V according to the type and adjustment of used driver for motor control.

This thesis describes design of a power and data network in an intelligent house. The aim is to create a project of wiring system for an intelligent house, which is being controlled by system Foxtrot. At introduction, in the second chapter, the division of buildings in terms of heat loss amount is described. Furthermore, the chapter deals with low-powered buildings and describes division of low-powered buildings in terms of heating needs. The third chapter deals with the system Foxtrot and describes individual parts of this system. Designed object is presented in the last chapter. Moreover, the chapter focusses on design of a whole project describing wiring system using the elements of system Foxtrot.

The thesis contains a proposal of street furniture series. Modular solution features the ability to adapt to different environments. Project works with the idea of originality notions of public space and creates distinctive places.

This master thesis is focused on mechanical properties of glued scarf for long-grain plywood extension made by request of company Orlimex CZ s.r.o. Main goal was to find out best type of joint and glue for this purpose and compare strength prop-erties of scarf jointed plywood versus non-jointed plywood. The reason for scarf-jointing plywood is the production on custom sized and non-standard panels as well as evaluating panel´s quality and possible application of cut off boards. All plywood properties were tested according to CSN EN terms and evaluated by statistics and cut analysis

The diploma thesis is fucused on scanning deformations of wood which has high value of humidity and defects in its structure. The experiment was carried out on standard trial corpuscles. Beech, oak and poplar were chosen as experimental timber species. The influence of high humidity and defects on mechanic qualities and deformations on this tiber species was examined and studied. The aim of thesis is to find out mutual difference and compare the results between defornations measured by standardly used conventional methods and contactless digital image correlation (DIC) and also verify of application of this optical method. The thesis includes also numerical model.