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The design of TempestSDR assumes data is acquired from only one radio.
Using multiple radios simultaneously could allow for many avenues of increased information: increased bandwidth; directional and phase data ... The first step for such work is allowing it in the first place.
The text was updated successfully, but these errors were encountered:
We have an ongoing PhD project here in Cambridge looking at increasing the total bandwidth by using multiple SDR acquisition with overlapping receive bandwidths, and also (a separate matter) making better use of phase information. However, this is a completely new code base, not related to TempestSDR, as the processing pipelines are quite different.
You may also find that when processing video bandwidths of more than 20 MHz, CPU throughput becomes quite an issue, and you may want to move some some of the processing pipelines into a GPU. Again, that would be a completely different architecture from this implementation.
The design of TempestSDR assumes data is acquired from only one radio.
Using multiple radios simultaneously could allow for many avenues of increased information: increased bandwidth; directional and phase data ... The first step for such work is allowing it in the first place.
The text was updated successfully, but these errors were encountered: