The science of computer engineering in wireless networks is growing more and more complex. This is the result of the fast evolving set of new communication technologies. Especially, since the integration of the Bluetooth technology and the IEEE 802.11 standard into cellular phones has taken place, nearly every user is able to build up short living wireless connections and to transfer data. In the near future, these kinds of connections will grow evermore complex and will be omnipresent at any time. Complex networks will be created, which will have to be organized very elaborately. Simultaneously, the usage of such networks for clients must be as simple as possible.
This thesis introduces a software system, named BlueSpot System, designed to organize such underlying wireless networks. By applying these networks, the system makes possible to use platform-independent communicative mobile services. A main aspect hereby is to provide a system with a well defined structure to which these services can connect to and be run independently from any underlying hardware and communication technology. Throughout the development process, the design of software interfaces became important in order to easily add new or adapt existing functionalities, such as various wireless routing protocols or QoS approaches. Additionally, self-management is included into the resulting middleware in order to have a fault-tolerant and easy-to-use system.
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The science of computer engineering in wireless networks is growing more and more complex. This is the result of the fast evolving set of new communication technologies. Especially, since the integration of the Bluetooth technology and the IEEE 802.11 standard into cellular phones has taken place, nearly every user is able to build up short living wireless connections and to transfer data. In the near future, these kinds of connections will grow evermore complex and will be omnipresent at any ti...
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