Management It is allowed to assume that all APs belong to the same management entity Traffic model (per each BSS) - TBD Traffic # Source/Sink Name definition Flow specific parameters AC Downlink D1 AP/STA1 to Highly compressed T2 (streaming) AP/STA10 D2 AP/STA11 to Web browsing T4 AP/STA20 D3 AP/STA21 to T3 Local file transfer AP/STA30 D4 AP/STA31 to Multicast Streaming T8 AP/STA 70 Uplink U1 STA1/AP to Highly compressed video (streaming) UL TCP STA10/AP – ACKs… U2 STA11/AP to Web browsing: UL – TCP ACKs… STA20/AP U3 STA21/AP to file transfer T3 STA30/AP U4 STA/AP31 to - - STA/AP 70 P2P P1 NONE (see interfering scenarios) Idle / Management M1 AP Beacon TX M2 STA36 to STA Probe Req. TY TBD Interfering Scenario for Scenario 3 This scenario introduces and overlay of unmanaged P2P networks on top of Scenario 3. Parameter Value Topology
Management It is allowed to assume that all APs belong to the same management entity Traffic model (per each BSS) - TBD # Source/Sink Name Traffic definition Flow specific parameters AC Downlink D1 AP/STA1 to AP/STA10 Highly compressed (streaming) T2 D2 AP/STA11 to AP/STA20 Web browsing T4 D3 AP/STA21 to AP/STA30 Local file transfer T3 D4 AP/STA31 to AP/STA 70 Multicast Streaming T8 Uplink U1 STA1/AP to STA10/AP Highly compressed video (streaming) – UL TCP ACKs… U2 STA11/AP to STA20/AP Web browsing: – UL TCP ACKs… U3 STA21/AP to STA30/AP file transfer T3 U4 STA/AP31 to STA/AP 70 - - P2P P1 NONE (see interfering scenarios) Idle / Management M1 AP Beacon TX M2 STA36 to STA TBD Probe Req. TY Interfering Scenario for Scenario 3 This scenario introduces and overlay of unmanaged P2P networks on top of Scenario 3. Parameter Value Topology