Pete - first, thanks to you and all the others that do all the heavy lifting
that got RBN up and running and keep it going. This year I went assisted in
both CQ WW CW and ARRL SS CW and had a blast using RBN as my only spotting feed.
It reminds me of the early years of Packet Cluster and I think there are a lot
of lessons to be learned from what grew out of that and I think it would be
great to early on try to make sure the RBN doesn't grow up to have the problems
of today's global DX cluster. So, some suggestions along that vein:
1. Have some standards of operation for skimmers that connect and get
aggregated. Right now it is small enough and friendly enough that "rogue"
skimmers are not really a problem, but that is certainly coming as it gets
easier for more people to run more skimmers. If nothing else, some way for
consumers of RBN feeds to know which skimmers *are* adhering to recommended
practices and letting us set filters to only consume spots from those that do.
2. I tend to be on N1EU's side that more filtering of obviously bogus spots is
better but I know there are probably just as many on the side of "just give me
everything and I'll sort it out." I work in Internet security and "false
positives" are killers - I'd would rather have fewer false positives at the
expense of an increase in "false negatives" (missed spots).
3. I think there may already be something like this, but I think there is the
need for a "robot exclusion protocol" (such as exists on the WWW for web
spiders/crawlers) to voluntarily agree not to encourage spots on certain
segments or frequencies, like say the JT65 frequency or some emergency nets,
etc. I don't believe anyone *owns* any frequency, but as contesters it is
better if we try to be semi-decent neighbors and dumping a skimmer feeding
frenzy on the QRPers is not all that friendly...
4. Similarly, a "don't spot me" list might be a good thing. Per the comments on
various forums, a lot of casual ops in rare locations are not wild about the
chaos that results from a spot. If they would prefer not to be spotted and
there was a mechanism to support that, so much the better.
All four of these suggestions are basically addressing centralized filtering
vs. end user filtering. But imagine how much more useful the globally connected
human-driven spotting network would be today if there had been some more agreed
upon built-in controls. Back in 1980s' when AK1A's software first came out and
everyone set up these innocent little packetclusters, no one had any idea of
the horror that lay ahead! If not some centralized filtering/controls, that at
least features/processes that provide information so that downstream filtering
from those who want to do so can more easily do so.
Once again, thanks for all the effort.
73, JohnK3TN
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