Wireless channel thesis - Theses & Reports | Wireless Innovation Laboratory

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- Advanced Topics in Wireless Networks

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Wireless Communications & Signal Processing

Madhow, " Adaptive interference bachelor thesis themen beispiele for the downlink of a direct sequence CDMA system with long spreading sequences ", invited paper, special issue on Signal Processing for Wireless Communications: Madhow, "Adaptive coding for pilot symbol assisted modulation without feedback", invited paper, Proc.

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Madhow, "Fair scheduling with tunable latency: Signals, Systems and Computers Asilomar'98pp. Suter, "Window-based error recovery and flow control with a slow acknowledgement channel: Madhow, "Dynamic congestion control and error recovery over a heterogeneous Internet", invited paper, Proc.

600.647 - Advanced Topics in Wireless Networks, Spring 07

Madhow, "Dynamic window-based flow control with end-to-end selective acknowledgements", Proc. Madhow, "TCP performance in wide-area networks: Madhow, "Window-based congestion control in networks with high bandwidth-delay products and random loss", invited paper, Proc.

Theory, Multiple Access and Queueing, St. Louis, MO, April Madhow, "Blind wireless channel suppression for acquisition and thesis of direct-sequence CDMA signals", Proc. The first issue is related to quality of service provisioning in the downlink scenario.

We investigate the problem of differentiated rate scheduling in which different users demand different sets of rates. We obtain explicit and practical scheduling schemes to achieve the rate constraints and at the same time maximize the throughput.

These schemes are based on the idea of opportunistic beamforming, are simple, and require little amount of feedback to the transmitter. We further show that the throughput loss due to imposing the rate constraints is negligible for large systems. The next issue considered in this thesis is the robustness of the capacity region of multiple antenna Gaussian broadcast channels to the channel estimation error at the transmitter and the users. These channels are mathematical models for the downlink of cellular theses.

We provide an inner bound thesis 1996 pantip the channel region of these channels and show that this inner bound is equivalent to the channel region of a wireless multiple access channel with a noise covariance that depends on the transmit powers.