County Red Cross Disaster Communications BC-6
-Original Message-
From: Mr. Edgar McKinney [mailto:[EMAIL PROTECTED]
Sent: Tuesday, August 31, 2004 9:26 AM
To: Repeater-Builder@yahoogroups.com
Subject: Re: [Repeater-Builder] Re: Propogation Prediction
Hi doug and the group...
I looked
Hi doug and the group...
I looked at the samples in the website mentioned.
Question...(s)...
Is this a DOS program running windows or a linux program? I saw file names with
formatting of each.
100m resolution? Kinda vague I was hoping for a 10 foot resolution.
What if I dod not know all the
: Tuesday, August 31, 2004 9:26 AM
To: Repeater-Builder@yahoogroups.com
Subject: Re: [Repeater-Builder] Re: Propogation Prediction
Hi doug and the group...
I looked at the samples in the website mentioned.
Question...(s)...
Is this a DOS program running windows or a linux program? I saw file
You could use my free path analysis tool, rfProfiler-Light, to
predict the path loss in various directions from your transmitter
site.
http://www.rfsoftware.com/rfpl/downloads.shtml
It is not as slick as the expensive programs, but what do you want
for free!
Joe, N2UF
--- In
At 09:03 AM 8/30/2004, Joe D wrote:
You could use my free path analysis tool, rfProfiler-Light, to
predict the path loss in various directions from your transmitter
site.
http://www.rfsoftware.com/rfpl/downloads.shtml
It is not as slick as the expensive programs, but what do you want
for free!
How does it work?
Is it like CETs as in looking down and seeing a probable footprint?
Ed - kb8qeu
Tony King - W4ZT wrote:
At 09:03 AM 8/30/2004, Joe D wrote:
You could use my free path analysis tool, rfProfiler-Light, to
predict the path loss in various directions from your transmitter
There is radio mobile http://www.cplus.org/rmw/english1.html and there is a
yahoo group dedicated to it's support and use. However you will be using
rfprofiler light out of the box much easier. INMO.
doug
---
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You specify a location using longitude/latitude. Then you define a
path either with another point (long/lat) or with a range and bearing
from the starting point.
The program creates a terrain profile between the two points and
then, using the Longley-Rice iterative terrain model, calculates
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