The task of the Master's thesis has been to develop the MIDlet, which is able to receive data from an external GPS module via Bluetooth. Data are received in the NMEA 0183 format and are processed to extract longitude, latitude, elevation, velocity, number of visible satellites and measurement accuracy of longitude, latitude and elevation. Users have a possibility to save their actual location with a short description to the cell phone’s memory. The MIDlet is also able to save a user defined way-point and navigate to this way-point. The MIDlet itself was developed in the Netbeans IDE with a software development kit (SDK) made by Nokia company. This kit is designed for the Symbian OS s60 3rd edition FP1, which contains a s60 emulator and a s60 MIDlet for a direct compilation in the cell phone. The MIDlet is made of three main parts. The first part shows a longitude, latitude, elevation, velocity, longitude and latitude measurement accuracy, date and time. The second one shows a direction of north, latitude and longitude. The last one shows a direction to the selected way-point and a distance to this location. In theoretic part of the thesis there are described the GPS navigation system, Bluetooth system, geodetic system WGS 84 and programing language Java and its part Java ME.

This master thesis is a part of the ongoing research on EAT development project. Its main goal is to research whether Eclipse Modeling Project can be used as an alternative platform to using NetBeans in implementing EAT tool. In order to fulfill this goal, it contains analysis of the current EAT tool version and design research of a new version using EMP. The design addresses most of the issues related to building a new version and eventually recommends porting EAT to EMP.

This master's thesis deals with with FIT-Miner, the system for knowledge discovery in databases. The first part of this paper describes the data-mining process, mixture model's issues and FIT-Miner system. Second part deals with design, implementation and testing of created module, which is used for cluster analysis with Expectation-Maximalization algorithm. The end of the paper is focused to design of modules using Java Store Procedures Technology.

This MSc Project deals with the system of Knowledge Discovery in Databases. It is a client application which uses the Oracle Data Mining Server's 10.g Release 2 (10.2) services. The application is implemented in Java, the graphical user interface is built on the NetBeans Rich Client Platform. The theoretical part introduces the Knowledge Discovery in Databases, while the practical part describes functionality of the original system, it's deficiencies, documents sollutions of theese deficiencies and there are proposed improvements for further development. The goal of this project is to modify the system to increase the application usability.

Databases increase by new data continually. A process called Knowledge Discovery in Databases has been defined for analyzing these data and new complex systems has been developed for its support. Developing of one of this systems is described in this thesis. Main goal is to analyse the actual state of implementation of this system which is based on the Java NetBeans Platform and the Oracle database system and to extend it by data preprocessing algorithms and the source data analysis. Implementation of data preprocessing components and changes in kernel of this system are described in detail in this thesis.

The issue of this master's thesis is a creation of new prediction unit for existing system of knowledge discovery in database. The first part of project deal with general problems of knowledge discovery in database and predictive analysis. The second part of the project deal with system developed on FIT, for which is module implemented, used technologies, concept and implementation of mining module for this system. The solution is implemented in Java language and is a built on the NetBeans platform.

The aim of the thesis was to design and develop a unified application for installation and integration of the software management tools into a single comprehensive and functional unit. The application should also allow export of the project metadata via the RESTful API. The goals of the thesis were fulfilled relatively well. A set of installation scripts was created, as well as a functional web application built using the JavaEE platform. The application can be deployed in a small company after performing minor modifications. Less common deployment scenarios for CGI based applications on Apache Tomcat were also examined. Minor enhancements in the open-source project NetBeans were implemented as well. Also, a branded version of Bugzilla was created and deployed in an existing small software company.

In the context of building software systems, Service-oriented Systems (SOS) have become one of the major research topics in the past few years. In SOS, services are basic functional units that can be created, invoked, composed, and if needed deleted on-the-fly. Since these software systems are composed of different services there is no easy way to assure the Quality of Service (QoS), therefore, formal specification of both functional and extra-functional system behaviour, compatibility, and interoperability between different services have become important issues. As a way to address this issues, resource-aware timing behavioural language REMES was chosen to be extended towards service-oriented paradigm with service specific information, such as type, capacity, time-to-serve, etc., as well as Boolean predicate constraints on control flow guarantees. In this thesis we present a design framework that provides a graphical user interface for behaviour modelling of services based on REMES language. NetBeans Visual Library API is used to display editable service diagrams with support for graph-oriented models. A textual dynamic service composition language was implemented, together with means to automatically verify service composition correctness. We ensure also an automated traceability between service specification interfaces, where both modelling levels are combined in an efficient tool for designing SOS.

This thesis is about comparison between C# and Java in implementation of a university desktop application. In .Net world the prominent IDE is MS Visual studio and DB is MS SQL server. In Java domain we have several IDEs and techniques to approach the problem. The knowledge to choose between these techniques to use is as much as important if a programmer can gain it, he can apply it in many other software engineering domains like a personal management system, library system, etc.     Therefore the importance of a descriptive and applied experience is showing itself up. This thesis has started with a discussion to choose NetBeans IDE and application definition, and use case modeling then it goes through comparison and implementation part. The comparison will go in depth for each use case in this project in its implementation in C# and Java and see which techniques are used. This includes comparison between these two apps in Software quality factors.

The goal of this thesis is the analysis of ways of graphic form of algorithms and their editors, design of editor for making kopenograms from source code and implementation of this editor what will work as part of plugin made for the NetBeans IDE. In the beginning of the thesis will be described a principles of structured programing, enlisted used ways of visualization of source code -- modeling language UML and other possibilities of graphic form of algorithm like flowchart diagrams, Nassi-Shneiderman diagrams, Jackson diagrams and especially not as well-known kopenograms. In the second part of the thesis is described creation of editor used to visualization of kopenograms. In the chapters is described structure of creating of application, the editors what are available for its creation, phase of creating editor and final testing for approve of the success. Part of the thesis is also a user guide for beginning with this program. Application what was made in this thesis is part of the plugin BJ2NB and will be used for education support of programming and algorithms on The University of Economics, Prague.