The VDI traffic is generated as shown in Figure xx. At MAC layer, arrival interval of VDI packets is generated according to exponential distribution. Figure 8: Traffic generation model Traffic direction specific parameters for packet arrival time are specified in Table 7. Step 2: At MAC layer generate VDI MSDU frame size (in bytes) for uplink and downlink transmission, respectively. For uplink the packet size is generated according to a Normal distribution. For downlink the packet size is generated with a bimodal Normal distribution. The traffic direction specific PDFs and the packet size parameters are specified in Table 7. 7: Parameters for VDI traffic model Distribution Parameters Component PDF DL UL DL UL Initial packet a=0, a=0, Uniform Uniform arrival (ms) b=20 b=20 Packet arrival time Exponential Exponential (ms) Packet size Bimodal Normal (Byte) Normal Evaluation metrics MAC throughput Latency VoIP Traffic Model
The VDI traffic is generated as shown in Figure xx. At MAC layer, arrival interval of VDI packets is generated according to exponential distribution. Figure 8: Traffic generation model Traffic direction specific parameters for packet arrival time are specified in Table 7. Step 2: At MAC layer generate VDI MSDU frame size (in bytes) for uplink and downlink transmission, respectively. For uplink the packet size is generated according to a Normal distribution. For downlink the packet size is generated with a bimodal Normal distribution. The traffic direction specific PDFs and the packet size parameters are specified in Table 7. 7: Parameters for VDI traffic model Component Distribution Parameters PDF DL UL DL UL Initial packet arrival (ms) Uniform Uniform a=0, b=20 a=0, b=20 Packet arrival time (ms) Exponential Exponential Packet size (Byte) Bimodal Normal Normal Evaluation metrics MAC throughput Latency VoIP Traffic Model
11-14-1285-00-00ax-energy-efficiency-redline-to-evaluation-methodology.docx