The creation of systems for Internet use is usually susceptible to problems such as complicated implementation and inefficient exploitation of money and time. The main problem is a discordant needs of customers and system developers: customers want to have a system, which works properly at the lowest price, while system developers want to maintain a high quality in development and to put the product on the market as soon as possible. To solve these problems we offer a framework, which is created according to principles of component based software engeneering combined with pattern oriented software architecture. A framework can be used as a foundation for extensible, flexible, easy to maintain and user-friendly systems for Internet use.

The goal of this thesis is to develop an easily modifiable sensor system. To achieve this goal SensorML (an XML based sensor language) is combined with Java Beans (a component model language). An important part of SensorML is its process model. Each sensor in the real world is depicted in SensorML by a process model, whereas the connections between the sensors are shown by a process chain. This thesis presents a translator that reads these documents and converts them to Java Beans. Through testing the Translator is proved more efficient than the convenient Object Oriented approach. / UOIT