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On occasion we have detected signals from orcas simultaneously on adjacent nodes. This may become more commonplace as we add more hydrophone nodes.
To enable high-precision (<1-10m) localization methods using acoustic data recorded at separate nodes, we will need time synchronization to at least milliseconds and ideally microseconds. (At a speed of 1500m/s and range difference of 1m will result in a time difference of 0.6 milliseconds.)
Proposal:
Check to see how the date-time stamp in the FLAC files is acquired currently.
Assess other open source tools for time synchronization between nodes
Implement a new scheme to synchronize time with NIST and accurately encode the recording start time in the lossless audio data file name.
The text was updated successfully, but these errors were encountered:
On occasion we have detected signals from orcas simultaneously on adjacent nodes. This may become more commonplace as we add more hydrophone nodes.
To enable high-precision (<1-10m) localization methods using acoustic data recorded at separate nodes, we will need time synchronization to at least milliseconds and ideally microseconds. (At a speed of 1500m/s and range difference of 1m will result in a time difference of 0.6 milliseconds.)
Proposal:
The text was updated successfully, but these errors were encountered: