| | 14 | 1. Construct PPDU waveforms in MATLAB that have the following characteristics: |
| | 15 | a. 6 Mbps PHY rate (the most reliable OFDM rate) |
| | 16 | a. 1000 octet PPDU length (i.e., a 972 byte payload + 14 byte MAC header + 4 byte FCS) |
| | 17 | a. 10 different scrambling sequence start points to generate waveforms with different peak-to-average-power (PAPR) features |
| | 18 | 1. Load each waveform in to the N4010A's volatile memory as segment files. |
| | 19 | 1. Sweep different minimum packet detection power thresholds. For each value: |
| | 20 | a. Create N4010A sequence files that send each waveform segment 1000x in a row |
| | 21 | a. Use [https://warpproject.org/docs/mango-wlan-exp/node.html#statistics-commands WLAN Experiments Statistics] to determine how many of the transmissions were fully received with a good FCS. |
| | 22 | |
