Diplomová práce se zabývá studiem signální dráhy produkce butanolu bakterií rodu Clostridium. V první části pojednává o modelování signálních drah pomocí metod systémové biologie. Navazuje popisem zisku dat pro tvorbu a úpravu modelů signálních drah s hlavním zaměřením na techniky pro zjištění genové exprese, produkce a fenotypu. Třetí sekcí je získání základního modelu signální dráhy zapojené do produkce butanolu u solventogenních klostridií. Posledním bodem a zároveň hlavním cílem je vytvoření dynamického modelu signální dráhy produkce butanolu kmene Clostridium beijerinckii NRRL B-598, jeho vyhodnocení pomocí statické a dynamické analýzy a srovnání s biologickými daty.

Master’s thesis deals with the design of the system for tilt measurement using two-axis accelerometer. Information about tilt is displayed on the graphical display and simultaneously sends on serial interface RS-232. The thesis includes the design of hardware part and program equipment.

This master's thesis focuses on representation of geometric information about the surrounding environment for robotic systems. Instead of a common point-cloud based representation, an environment model that stores information about objects described by bounding boxes and planes is proposed. These objects can be obtained from trained object detectors, planar surface detectors, etc. processing data from sensors (e.g. RGB-D camera). The information about the objects (position, etc.) stored in the model is constantly changing according to data obtained from detectors. The environment model is implemented as a module for Robot Operating System. To illustrate and visualize features of the model, a demonstration application was also prepared.

This work concerns with dynamic evolution of applications written in Java. It investigates existing solutions implemented in both Java and other programming languages. Following part analyses complete substitution of object in running application in various situations. A framework for dynamic updating of Java-based applications is designed. The framework is implemented and is used in illustrative application. Finally, achieved results are evaluated and additional possible enhancements are stated.

Tato práce představuje návrh na vytvoření dekodéru pro video zaznamenané pomocí softwaru Magic Lantern, který může být nainstalován na Canon 5D. Toto video je význačné pro svoji velikost 14-bitů v raw formátu a proto může produkovat velmi kvalitní výstup. Práce má za cíl rozdělit video do jednotlivých snímků, ve vhodném formátu, který umí pracovat také s formáty obrazů s vysokým dynamickým rozsahem.

This diploma thesis is focused on realisation of the application, that process and display measured data from OTDR device. The first section describes optical fibers, transmission characteristics of fibers and measurement methods of the attenuation on optical path. The second section describes the principle of the OTDR method and measured events on optical path. Final part is dedicated to realisation of the appication by the assignment.

Influence of the preparing of a biopolymer-surfactant system on its solubilization properties and stability was investigated by using fluorescence spectroscopy and dynamic light scattering methods. Investigation was made on complex of native hyaluronan with cationic surfactant cetyltrimethylammonium bromide (CTAB). System has been studied in aqueous and in saline solutions. The effect of temperature of stock solutions and freezing effect on subsequent properties were investigated. Further was examinated, what effect has a way of introducing fluorescent probe into the system on subsequent solubilization properties. It was found that the conditions of preparing of biopolymer-surfactant system have a significant effect on the solubilization properies and stability of complex.

The dissertation deals with designing of model for support of strategic management of e-business which is characteristic by integrating existing management processes in the company. The basic mathematical model uses the solution of differential equations and is adaptable for the needs of particular entity.

Master's thesis is focused on capturing of low dynamic range images using common devices such as camera and its multiple exposure. The main part of thesis is dedicated to composing these images to HDR image, inclusive sequence of images of static scenes, but also dynamic ones. Next part describes tone mapping used for display HDR image on LDR monitors. Moreover, there is given design and implementation of application solving problems mentioned earlier. In the end, the implemented application is evaluated and the possible continuation of this work is stated.

In relation to the latest economic crisis much attention was paid to the bank capital requirements. Many papers discuss the pro-cyclical effect of these capital requirements and the options of how to stabilize the banking industry and financial system. In this thesis I researched another instrument which can cause the pro-cyclical effect - the loan loss provisions. In reaction to this issue the Spanish central bank has adopted the model of dynamic provisioning which acts counter-cyclically. This model is supposed to balance the amount of created provisions and banks' profit over the time. In this thesis I introduce a hypothetical situation in which the countries using the Euro currency adopted the model of dynamic provisioning and I examine the hypothesis that the adoption of this model would mitigate the latest economic crisis as the banks would achieve higher profits during the time of recession. Based on the conducted research I confirmed my hypothesis and conclude that the dynamic provisioning would balance the economic swings. However, the results also showed that the set-up of dynamic provisions model is crucial. In order to make the model efficient the model coefficients have to be precisely determined by central banks or individual banks and approved by independent supervisors. Keywords...