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This thesis analyzes and compares four different mechanisms for providing QoS in IEEE 802.11 wireless LANs. We have evaluated the Point Coordinator Function (which is the IEEE 802.11 mode for service differentiation), Distributed Fair Scheduling, Blackburst, and a scheme proposed by Deng
Multicast is becoming an increasingly important transmission method on the Internet, since when deployed it uses resources more efficiently and enables scalable many-to-many communication. Providing security services, such as traffic confidentiality, for multicast communication is particularly problematic. The original multicast model implies
When developing networking protocols there exists a need to test the reliability and correctness of them. This can be done using ordinary hardware, but often tests are performed using a simulator. The aim of this thesis was to develop a simulator for
While it is commonly understood that 802.11a / 802.11g as 54Mbps WLANs; and 802.11b as 11Mbps WLAN, the actual achievable throughput for these standards is much lower. This thesis is focused on the evaluation of the theoretical performance of IEEE 802.11a/b/g wireless