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.

This Diploma thesis deals with the analysis and proposal of the pilot BI solution for the company Svoboda & Partner CZ s.r.o., engaged in the automechanic expertise. Fundamental objectives of this work focus particularly on the above mentioned pilot BI solutions and partial objectives deal with an analysis of the company and its needs, arising from business strategy and market analysis applications available to support the visualization of transaction reporting. These objectives have been achieved by analyzing the company's business model in chapter seven, further analysis of needs and problems within the company in chapter eight. Before the analysis, the diploma thesis deals with a survey of available applications that offer functionality of dynamically generated graphs to aid visualization of transaction reporting in chapter six and finally a major analysis and preparation of pilot BI and transaction reporting for this business which you can find from chapter 9 to chapter eleven. Contribution of this work for the company will be a complete analysis and delivery of all necessary documents in order to decide whether the above BI solutions to the company implement or not. In the case of a positive decision of the company, it is expected that thanks to BI solutions the ways of looking at corporate data can be more expanded, more precise and more operational management of the company, achieving better performance, higher profits and more efficient decision-making based on better data for decision making.

The main objective of this thesis is to describe working with spatial data and their use in reports. The author focuses mainly on the MS SQL Server 2008 R2 platform. The first part deals with theoretical foundations. Defines the concept of Location Intelligence and describes its history to the present. It also addresses the benefits of Location Intelligence in various sectors and the relationship with Business Intelligence. Further theoretical part goes on to describe both spatial data at a general level and at the level of MS SQL Server 2008 R2. In addition, it described the use of ESRI Shapefile files and work with these files. From the description of spatial data author goes on to use reporting tools in Microsoft - SQL Server Reporting Services and Report Builder. Possible forms of map visualization and a detailed description of the settings are at the end of the theoretical part. The second part is focused on solving practical problems. Tools that are described in the theoretical part, are used to create report examples that the author at the beginning of this section set out to create.

The goal of this master thesis was create suitable and easy to use software, which can help workers with maintaining of elevator. For this purpose it was necessary to study communication interface and protocol of control unit borrowed from the company Výťahy ZEVA s. r. o. There was necessary to find suitable device for communication between control unit and server. Server is used for store and visualize actual data of elevator system. Server can set the parameters of the elevator remotely and demand actual configuration of elevator. User can watch historical data from server. The users use server after authentication with different competency. Users with an appropriate competency can set the notifications in the system, which can warn their in case of problem with elevator and reduce the reaction time and time to resolution of the problem.

The diploma thesis focuses on the design, creation and implementation of a desktop application for managing a swimming database of the ASK Blansko swim club. It analyzes the current state of processes in the club and compares them with modern practice. It contains a description of all the functions of the application together with the economic evaluation of the project. It represents a complete solution because of the inefficient and outdated way of keeping the club database. It emphasizes the successful implementation of the application in the club practice.

The diploma thesis is about the design process of complex objects in automation and their rapid inclusion in the entire process technology. It shows the proces of creating a database model to generate into the SCADA application. The aim of the thesis is to show what all is needed to create, to produce a functional visualization model connected to the control system PLC. There is the analysis of the automated system change management, when it is processing technologies developed and we must do it based on customer feedback and revisions add new objects.

The thesis compares the development time and performance of two types of Microsoft analytical models created in Visual Studio that are deployed on the local analytics servers and the Azure cloud server. Theoretical research will be summarizing business intelligence and data warehouses components, Microsoft tools for business intelligence realization and features using in-memory database technologies. The practical part introduces the AdventureWorks demonstration database,describes the implementation of both analytical models and compares both models with respect to the time-consuming development, performance and suitability of deployment.

This Master's Thesis deals with the integration of Business Intelligence tools into an information system. There are concepts of BI, data warehouses, the OLAP analysis introduced as well as the knowledge discovery from databases, especially the association rule mining. In the chapters focused on practical part of the thesis, the design and implementation of resultant application are depicted. There are also the applied technologies like i.e. Microsoft SQL Server 2005 described.

This master's thesis analyzes and designs implementation of the system for handheld devices like Motorola MC1000. These devices will be used for retrieving information from remote workplace. Data is transformed through SQL database and XML interface by using other parts of the system into economical software, where invoices are created, items are accounted or other operations could be done. This economical software provides some tables like products, warehouses and other information needed for the operation. Best use of the system is in warehouses of companies where products are identified by barcodes, which can be read by handheld device. One can create various documents using this system like conveyances, issue cards, receive cards etc. The next level, which is economical software, is responsible for processing of documents. The whole system is made-to-measure for software Pohoda from Stormware s.r.o. Nevertheless it can be used with another economical, accounting or similar software without any problem.

This thesis is focused on XML and related technologies. The XML language is directly linked to the databases and its support in databases. The overview of the XML support provided by various database products and systems are presented in this work. Support in the MS SQL Server 2008 is discussed in more detail starting with the mapping of relational data to XML and vice versa to support of the XML data type and work with it through XQuery. Also some indexing techniques are briefly presented. Finally, the support in MS SQL Server 2008 is demonstrated by means of a sample application, which verifes the theoretical knowledge in practice.