QoS for Telemedical Applications on the IEEE 802.11n

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QoS for Telemedical Applications on the IEEE 802.11n by Charalambos Makris

description

Presentation of Dissertation by Charalambos Makris for BEng Computer Systems Engineering Supervised by Dr. Konstantinos Banitsas

Transcript of QoS for Telemedical Applications on the IEEE 802.11n

Page 1: QoS for Telemedical Applications on the IEEE 802.11n

QoS forTelemedical Applications

on the IEEE 802.11nby Charalambos Makris

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Experiments Throughput Round-Trip Range

IndoorOutdoor

Interference Video Streaming

Security used: WPA2 overhead causes lower Throughput rates

Roaming Video Conferencing

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Throughput: FTP Maximum

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Throughput: Average Transfer Rate

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Round-Trip: Times

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Round-Trip: Average

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Range: Indoor Measurement Route

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Range: Indoor Signal Results

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Range: Indoor Result (Graph)

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Range: Outdoor Setup

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Range: Outdoor Measurement Route

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Range: Outdoor Result (Graph)

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Interference (Graph)