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hello,I wonder what information samples['csi'] got? Is that data in the time domain? In one issue you said that CSI data is already in the frequency domain after the end of the chip acquisition process, may I ask if I want to get time domain information? Should I ifft samples['csi'] or decoder(device).unpack(samples['csi'])?
thanks a lot!!!
The text was updated successfully, but these errors were encountered:
Hello, I use the Raspberry PI based on nexmon firmware to collect CSI data. The pcap data collected by tcpdump command has multiple packets, that is, time frames. Now I am curious about: Is the Fourier transform applied to signal data a one-dimensional Fourier transform applied to each packet or a two-dimensional Fourier transform applied to all packets?If I want to do ifft, should I do one dimensional fft for each packet or directly do two dimensional ifft for the whole data?
thank you!!!
hello,I wonder what information samples['csi'] got? Is that data in the time domain? In one issue you said that CSI data is already in the frequency domain after the end of the chip acquisition process, may I ask if I want to get time domain information? Should I ifft samples['csi'] or decoder(device).unpack(samples['csi'])?
thanks a lot!!!
The text was updated successfully, but these errors were encountered: