Search for dissertations about: "802.11 thesis QOS"
Showing result 1 - 5 of 7 swedish dissertations containing the words 802.11 thesis QOS.
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1. Internet Access and QoS in Ad Hoc Networks
Abstract : It is likely that the increased popularity of wireless local area networks (WLANs) together with the continuous technological advances in wireless communication, also increase the interest for ad hoc networks. An ad hoc network is a wireless, autonomous, infrastructure-less network composed of stations that communicate with each other directly in a peer-to-peer fashion. READ MORE
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2. Autonomic resource management in IEEE 802.11 open access networks
Abstract : This work is inspired by the autonomic networking paradigm. It investigates the issue of making network resource management mechanisms in the access part of wireless networks self-aware and self-configuring. READ MORE
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3. Supporting Internet Access and Quality of Service in Distributed Wireless Ad Hoc Networks
Abstract : In this era of wireless hysteria, with continuous technological advances in wireless communication and new wireless technologies becoming standardized at a fast rate, we can expect an increased interest for wireless networks, such as ad hoc and mesh networks. These networks operate in a distributed manner, independent of any centralized device. READ MORE
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4. Improving user comprehension and entertainment in wireless streaming media : introducing cognitive quality of service
Abstract : In future mobile networks service quality might be poor. A new measure is needed to be able to assess services in terms of their effectiveness and usefulness despite their lacking visual appeal. Cognitive Quality of Service is a way to measure the effectiveness in use of a networked service. READ MORE
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5. Distributed Multiple Access and Service Differentiation Algorithms for Wireless Networks
Abstract : Communicating over a wireless channel poses many unique challenges not found in wired communication because of the special characteristics of the wireless channel. The capacity in a wireless network is typically scarce as a result of the limited bandwidth and many distinct phenomenons, like attenuation and interference, that work destructively on the received signals. READ MORE