Information system of laboratory intelligent systems. A target of my masters thesis is online reservation and evidence information system of the property of laboratory Department of Intelligent Systems on the Faculty of Information Technology (DIS FIT). This system files and manages all property of the laboratory, collects detailed information (description and utilization of the property, related photos and associated documents. It makes possible to manage not only the property and in addition to it documents in electronic form as well, but it contains full-value reservation system with a possibility of entering and handling a reservations and loans for use. The system is divided to an administrator and user part. A researching program unit is a part of the system DIS FIT. It makes possible to lookup the online documents in worldwide net Internet, scilicet with minimal service of the authorized user on the basis of keywords (authors name, documents title, eventually the others) and it makes possible to store documents direct into the systems database.

Scientific web portal generátor. The entire project, whose part this dissertation is, consists of the users interface GUI, the processes' communication, the softwares communication with a user and of the script for automatic parsering the selected entity by a method of extraction the semantic information from the marked text. The last-named part is a main content of my dissertation. The dissertations objective is a script (prototype), which returns on the basis of an input XML file with names of research workers, an output XML file with URL home pages' addresses and pages' addresses with a list of publications. Great deal of my dissertation will be devoted to the first-rate test datas assembly and in the end to the profound static analysis of the resulting scripts behaviour, which I have programed. This part will survey us about the percentage fruitfulness and about the rate of the designed script. The script will be prepared for the integration into the common project.

Piscivorous birds are often blamed for causing significant damage to fish stocks. Various methods are used to determine the composition of their food, each of them has limits in its ability to determine the complete food spectrum. This work maps the complete food composition of 14 species of fish-eating birds with a method that is not commonly used. Method used in this work uses analysis of publicly available photos on Google.com. In addition to the complete composition of the food, the species composition of the non-fish part of the prey was also determined, and in the case of the Great Cormorant (Phalacrocorax carbo), also the length of the fishes it catches. The aim of this work is to reveal the usability of this method for these purposes. A total of 2350 retrieved photographs were analyzed. The results obtained by photo analysis are in all cases compared with data in the available literature. For representatives of heron birds (Ardeidae), the analysis of photographs provided good information on the food spectrum of individual birds and on the qualitative composition of the non-fish component. It also provided relatively good information on the diet of the White-tailed Eagle (Haliaeetus albicilla), but the bird part of the prey was slightly underestimated. In the diet of the Great Crested Grebe...