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QoS for Telemedical Applications on the IEEE 802.11n by Charalambos Makris
13

QoS for Telemedical Applications on the IEEE 802.11n

May 24, 2015

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Charis M

Presentation of Dissertation
by Charalambos Makris
for BEng Computer Systems Engineering
Supervised by Dr. Konstantinos Banitsas
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Page 1: QoS for Telemedical Applications on the IEEE 802.11n

QoS forTelemedical Applications

on the IEEE 802.11nby Charalambos Makris

Page 2: QoS for Telemedical Applications on the IEEE 802.11n

Experiments Throughput Round-Trip Range

IndoorOutdoor

Interference Video Streaming

Security used: WPA2 overhead causes lower Throughput rates

Roaming Video Conferencing

Page 3: QoS for Telemedical Applications on the IEEE 802.11n

Throughput: FTP Maximum

Page 4: QoS for Telemedical Applications on the IEEE 802.11n

Throughput: Average Transfer Rate

Page 5: QoS for Telemedical Applications on the IEEE 802.11n

Round-Trip: Times

Page 6: QoS for Telemedical Applications on the IEEE 802.11n

Round-Trip: Average

Page 7: QoS for Telemedical Applications on the IEEE 802.11n

Range: Indoor Measurement Route

Page 8: QoS for Telemedical Applications on the IEEE 802.11n

Range: Indoor Signal Results

Page 9: QoS for Telemedical Applications on the IEEE 802.11n

Range: Indoor Result (Graph)

Page 10: QoS for Telemedical Applications on the IEEE 802.11n

Range: Outdoor Setup

Page 11: QoS for Telemedical Applications on the IEEE 802.11n

Range: Outdoor Measurement Route

Page 12: QoS for Telemedical Applications on the IEEE 802.11n

Range: Outdoor Result (Graph)

Page 13: QoS for Telemedical Applications on the IEEE 802.11n

Interference (Graph)