Master thesis deals with the issue of the transmission and processing of aeronautical data in AIXM format. The development of the software tool for analysis of AIXM format is described in this thesis. This application parses the AIXM file and shows its content into Treeview component.

Diploma thesis deals with the aeronautical data format AIXM and exploring possibilities for processing meteorological messages in the format WXXM. This diploma thesis describes the development of application which handles both formats. Final application can evaluate appropriate runway on the basis of meteorological information.

This diploma thesis concerns design and creation of a navigational system as a tool for pilots of helicopters and ultralight planes. Choosing required functions is critical part for realization of this project. The paper also contains description of draft of application.

An airport node-link network model is an important input for most airport simulation models. Developing, maintaining and updating detailed airport surface node-link models require significant work. A model to convert airport geographic and geometric information into a node-link network is thus needed. In this thesis, an efficient model to automate the procedure of converting airport geographic and geometric information into a node-link network is proposed. The geographic and geometric information are obtained from the Aeronautical Information Exchange Model (AIXM). The node-link network is generated by converting the geographic and geometric information contained into the AIXM files using coincident geometry management and polygon representation development. Finally, using the airport node-link network generation model, a standalone computer application, called Taxiway Toolkit, is developed to improve the Airfield Delay Simulation Model (ADSIM+). / Master of Science

This master’s thesis is dealing with problems of XML data compression. It describes a characterization and important concepts of XML language as well as AIXM as XML data format. It documents contemporary compression methods of XML and divides them into appropriate groups. Thereinafter a testing of XML data compression using mentioned methods and evaluation of results is implemented. With a consideration of processed data there is created and presented an application which enables lossy and lossless compression of AIXM with the help of particular elements data analysis. All of it with user selection options of AIXM objects and way of resultant compression.