Power save mode (PSM) Beacon Interval (BI) 100 TU 100 TU DTIM Integer in unit of BI { 1, 3 } PSM timeout Length of time before STA goes to sleep { 50, 100, 200 } ms Power save polling (PSP) Beacon Interval 100 TU 100 TU DTIM Integer in unit of BI { 1, 3 } Unscheduled automatic save delivery (U-APSD) Beacon Interval 100 TU 100 TU DTIM Integer in unit of BI { 1, 3 } Max SP Length Indicate the maximum number of buffered MSDUs, A-MSDUs, and MMPDUs that AP may deliver per SP { 2, 4, 6, ∞ } AC Access Category All ACs are both delivery and trigger enabled ** Simulation results presented should clearly indicated what values are used in the generating the simulation results 1 - Residential Scenario (Initial version from documents 11-13/1081r0, 786) Topology
Max # of retries Max retries: 10 RTS/CTS Threshold [No RTS/CTS] Association X% of STAs in an apartment are associated to the AP in the apartment; 100-X% of the STAs are not associated [X=100] Management Each AP is independently managed Traffic model For Calibration: Use full buffer traffic Downlink only or Uplink only BE class For performance tests: Traffic model (Per each apartment) - TBD # Source/Sink Name Traffic definition Flow specific parameters AC Downlink D1 AP/STA1 Buffered video streaming 200Mbps/N (4k video 20Mbps for N=10); VI … VI DN AP/STA_N Buffered streaming 200Mbps/N (4k video 20Mbps for N=10); VI Uplink U1 STA1/AP 1.5Mpbs UN 1.5Mpbs P2P (optional) P1 STA_{N1+1}/STA_{N1+2} Buffered video streaming 10Mbps VI
… … UN STAN/AP P2P P1 STA1/AP P2 STA2/AP P3 STA3/AP … … PN STAN/AP Idle Management M1 AP1 Beacon TX M2 STA2 Req. TY M3 STA3 … … MN STAN 4a- Outdoor Large BSS + Residential Scenario Parameter Topology (A) Figure 10 –Layout of large BSSs with residential buildings Environment description This scenario consists of an overlay of the following Scenario 4, with the exception that only 7 are included out of the 19 A Residential building per each BSS, which center is placed in a random uniform position within a radius of ICD/2 around the AP; the Residential building topology is as defined in Scenario 1, with the exception that the number of floors is set to 1. APs location See Scenario 1 and 4. AP Type See Scenario 1 and 4. STAs location See Scenario 1 and 4. Number of STA and STAs type See Scenario 1 and 4. Channel Model See Scenario 1 and 4 {indoor/outdoor??} Penetration Losses See Scenario 1 and 4. PHY parameters Same parameters as defined for the STAs in Scenario 1 and Scenario 4. MAC parameters All parameters except the ones listed in this table are same as in Scenario 1 and Scenario 4
Pie chart (breakdown) of energy consumed in each power state during the course of the simulation Calibration results The initial calibration report is provided in contribution 14/1192r6 1 - Reference traffic profiles per scenario Reference traffic profile for Scenario 1 Traffic # Traffic model name Description Application traffic (Forward / Backward) Application Load (Mbps) (Forward / Backward) A-MPDU Size (B) (Forward / Backward) Baseline Power Save Mechansim T1 Local file transfer FTP/TCP transfer of large file within local network FTP file transfer / FTP TCP ACK Full buffer / 0.1 Max / 64 T2 Lightly compressed video T3 Internet streaming video/audio T4 4k video streaming T5 Online game server T6 Management: Beacon T7 Management: Probe requests T8 Gaming T9 VoIP Reference traffic profile for Scenario 2
Traffic Model # Traffic model name Description Application traffic (Forward / Backward) Application Load (Mbps) (Forward / Backward) A-MPDU Size (B) (Forward / Backward) Baseline Save Mechansim T1 Local file transfer FTP/TCP transfer of large file within local network FTP file transfer / FTP TCP ACK Full buffer / 0.1 Max / 64 T2 Lightly compressed T3 Internet streaming video/audio T4 4k video streaming T5 Online game server T6 Management: Beacon T7 Management: Probe requests T8 Virtual desktop infrastructure T9 VoIP Reference traffic profile for Scenario 3 Traffic Model # Traffic model name Description Application traffic (Forward / Backward) Application Load (Mbps) (Forward / Backward) A-MPDU Size (B) (Forward / Backward) Baseline Power Save Mechansim T1 Local file transfer FTP/TCP transfer of large file within local network FTP file transfer / FTP TCP ACK Full buffer / 0.1 Max / 64 T2 Lightly compressed video T3 Internet streaming video/audio T4 4k streaming T5 Online game server T6 Management: Beacon T7 Management: Probe requests T8 Multicast Video Streaming UDP/IP transfer of compressed video streaming UDP packet transfer/Nothing T8 Gaming T9 VoIP Reference traffic profile for Scenario 4 Traffic Model # Traffic model name Description Application traffic Application Load (Mbps) A-MPDU Size (B) Baseline Power
Annex 3 - Templates Parameter Value Topology Figures Environment description APs location AP Type STAs location Number of STA and STAs type Channel Model Penetration Losses PHY parameters Center frequency and BW MCS GI Data Preamble: STA TX power AP TX Power AP #of TX antennas AP #of RX antennas STA #of TX antennas STA #of RX antennas MAC parameters Access protocol parameters Primary channels Aggregation Max # of retries RTS/CTS Threshold Association Traffic model Traffic model (Per each apartment) - TBD # Source/Sink Name Traffic definition Flow specific parameters AC Downlink D1 AP/STA1 4k T1 VI