Search for dissertations about: "interference analysis"
Showing result 1 - 5 of 289 swedish dissertations containing the words interference analysis.
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1. Coordinated Transmission for Wireless Interference Networks
Abstract : Wireless interference networks refer to communication systems in which multiple source–destination pairs share the same transmission medium, and each source’s transmission interferes with the reception at non-intended destinations. Optimizing the transmission of each source–destination pair is interrelated with that of the other pairs, and characterizing the performance limits of these networks is a challenging task. READ MORE
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2. A new approach for considering the interference impact on digital radio systems from complex interference environments
Abstract : Interference from electrical equipment can severely degrade aco-located digital radio receiver. To avoid such performance degradation, it isnecessary to have estimation methods to predict the influence of an interferenceenvironment on a radio receiver. READ MORE
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3. Fundamental Aspects of Cooperative Interference Management
Abstract : Today and future wireless networks are facing one of their greatest limiting factors:interference. This is due to the unprecedented increase in the number of connecteddevices. READ MORE
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4. On Performance of Digital Radio Receiver in Non-Gaussian Interference
Abstract : Interference from electrical equipment can degrade a co-located digital radio receiver severely. To avoid this performance degradation it is necessary to have estimation methods to predict the influence from an interference environment on a radio receiver in advance. READ MORE
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5. Throughput Analysis of Interfering Packet Radio Networks
Abstract : In this thesis, a probabilistic framework is presented and used for analysis of the throughput of interfering packet-based radio networks, referred to as packet radio networks (PRNs). Previous research on the performance of PRNs covers a wide variety of systems and aspects in varying levels of detail. READ MORE