[CQ-Contest] Spot Filters was: Self-spotting explanation from CQWW blog
Pete Smith N4ZR
n4zr at comcast.net
Tue Apr 25 15:18:30 EDT 2017
One very clever approach to this problem is incorporated in the freeware
Viewprop by ZL2HAM. It lets you set the radius of a circle around your
QTH so that only spots TO or FROM inside that circle are let through.
The idea, of course, is to define the circle so that stations inside it
have propagation similar to yours. It can he used as "middleware" to
filter spots going to your logging program, and has a number of useful
features such as by-band bar charts that let you see at a glance when a
given region had propagation to your area over the last 24 hours and more.
See ViewProp at yahoogroups.com for info; the installer is in the Yahoo
group's files section.
73, Pete N4ZR
Check out the Reverse Beacon Network
at <http://reversebeacon.net>, now
spotting RTTY activity worldwide.
For spots, please use your favorite
"retail" DX cluster.
On 4/24/2017 5:11 PM, Jukka Klemola wrote:
> Setting spot filters right will help guessing what is the best spot to
> click.
>
> Finding new variables for optimizing the operating efficiency is one of the
> near-future developments.
>
>
> To see the spot development future, go to slide 25:
> https://asiakas.kotisivukone.com/files/ohdxf.kotisivukone.com/contest_station_2020.pdf
>
> Contesting software capabilities 2020 on slides 20 through 23.
>
>
> 73,
> Jukka OH6LI
>
>
>
>
> 2017-04-24 23:51 GMT+03:00 Barry <w2up at comcast.net>:
>
>> If you are seeing many spots before they are workable, one of those other
>> skills to which you refer needs more work. That is, knowing your station
>> and setting filters to keep you from wasting time clicking on spots you
>> can't hear or can't work.
>>
>> Barry W2UP
>>
>> On 4/24/2017 12:10, Matt NQ6N wrote:
>>
>>> Spotting makes some of the skills required to contest and work DX less
>>> useful, but it makes other skills more useful. <snip>
>>>
>>> Also, since most stations see spots before they are workable (before
>>> propagation has reached their QTH)
>>> 73,
>>> Matt NQ6N
>>>
>>>
>>>
>>>
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