Highly desirable extra fields are theįrequency, signal to noise ratio and intermodulation distortion. The data consists of the calling callsign (at a minimum). The entire audio passband simultaneously and these can provide a great deal of useful This is not standardized as it depends on the details of the client. The data is gathered (somehow) from the client used to decode the PSK traffic. There are a number of parts to this project, as shown in the picture below. Of reception records that can be used for research purposes. This can be useful in determining propagationĬonditions or in adjusting antenna and/or radio parameters. Minutes) see where his signal was received. The way that this would be used is that an amateur would call CQ and could then (within a few If there wasĪ panoramic RTTY decoder, then I would encourage submission of that data as well. Most of the panoramic receivers have PSK decoders, which is what makes this work so well. Also, this project was originallyĬonceived for PSK use, but it is not specific to that mode. There is opportunity for innovation here. This is not meant to be the exhaustive list of patterns to check. The duplicate check is to make sure that the callsign is notĬorrupted. This is of interest to the amateur who transmittedĪnd they will be able to see where their signal was received. Run a client that will monitor received traffic for callsigns (the pattern 'de callsign callsign' or others) and, when seen, will report this fact. The way that it works is that many amateurs will Make those records available in near realtime to interested parties - typically theĪmateur who initiated the communication. This is a project to automatically gather reception records of PSK activity and then PSK Automatic Propagation Reporter - Developer Information PSK Automatic Propagation Reporter - for Developers
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