RelatedSystems - Revision history

KM5VY: Reverted edits by Reverse22 (talk) to last revision by We7u

2011-12-31T01:43:57Z

Reverted edits by Reverse22 (talk) to last revision by We7u

Anonymous at 23:03, 30 December 2011

2011-12-30T23:03:59Z

We7u at 16:08, 17 August 2007

2007-08-17T16:08:04Z

We7u at 20:30, 15 August 2007

2007-08-15T20:30:05Z

We7u at 20:12, 14 August 2007

2007-08-14T20:12:51Z

We7u at 17:48, 14 August 2007

2007-08-14T17:48:32Z

We7u at 17:47, 14 August 2007

2007-08-14T17:47:41Z

We7u at 17:45, 14 August 2007

2007-08-14T17:45:47Z

We7u at 17:45, 14 August 2007

2007-08-14T17:45:27Z

We7u at 17:40, 14 August 2007

2007-08-14T17:40:43Z

← Older revision		Revision as of 01:43, 31 December 2011
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	[http://www.PropNET.org PropNET Homepage] If the band is open and no one is active, does anybody hear it?		[http://www.PropNET.org PropNET Homepage] If the band is open and no one is active, does anybody hear it?
−
−
−	~~[http://thetvtopc.com/Reverse_Cell_Phone_Lookup_Number reverse phone lookup]~~
−
−	~~[http://www.prlog.org/11289974-phone-number-lookup-verizon-phone-number-reverse-lookup-to-get-information-you-need-quickly.html phone number lookup]~~

← Older revision		Revision as of 23:03, 30 December 2011
Line 11:		Line 11:

	[http://www.PropNET.org PropNET Homepage] If the band is open and no one is active, does anybody hear it?		[http://www.PropNET.org PropNET Homepage] If the band is open and no one is active, does anybody hear it?
		+
		+
		+	[http://thetvtopc.com/Reverse_Cell_Phone_Lookup_Number reverse phone lookup]
		+
		+	[http://www.prlog.org/11289974-phone-number-lookup-verizon-phone-number-reverse-lookup-to-get-information-you-need-quickly.html phone number lookup]

@@ Line 1: / Line 1: @@
-The APRS protocol has been adapted and extended to support projects not directly related to its original purpose. The most notable of these are the [[FireNet]] and [http://www.PropNET.org PropNET] projects.
+The APRS protocol has been adapted and extended to support projects not directly related to its original purpose. Here are a few of the most notable ones projects.
-* APRS [[FireNet]] is an Internet-based system using the APRS protocol and much of the same client software to provide fire fighting, earthquake, and weather information in much higher volume and detail than the traditional APRS system is capable of carrying.
+== D-STAR ==
+== PropNET ==
-* D-STAR Position Reporting System ([[DPRS|D-PRS]]) utilizes the low-speed data stream of the D-STAR digital voice mode to transmit GPS NMEA sentences.
+[http://www.PropNET.org PropNET] uses the APRS protocol over AX.25 and PSK31 to study radio frequency propagation. [http://www.PropNET.org PropNET] 'probes' transmit position reports, along with information on transmitter power, elevation, and antenna gain, at various frequencies to allow monitoring stations to detect changes in propagation conditions.
-−
-−
-* [http://www.PropNET.org PropNET] uses the APRS protocol over AX.25 and PSK31 to study radio frequency propagation. [http://www.PropNET.org PropNET] 'probes' transmit position reports, along with information on transmitter power, elevation, and antenna gain, at various frequencies to allow monitoring stations to detect changes in propagation conditions.
 [http://www.PropNET.org PropNET Homepage] If the band is open and no one is active, does anybody hear it?

@@ Line 1: / Line 1: @@
 The APRS protocol has been adapted and extended to support projects not directly related to its original purpose. The most notable of these are the [[FireNet]] and [http://www.PropNET.org PropNET] projects.
 * APRS [[FireNet]] is an Internet-based system using the APRS protocol and much of the same client software to provide fire fighting, earthquake, and weather information in much higher volume and detail than the traditional APRS system is capable of carrying.
 * D-STAR Position Reporting System ([[DPRS|D-PRS]]) utilizes the low-speed data stream of the D-STAR digital voice mode to transmit GPS NMEA sentences.
 * [http://www.PropNET.org PropNET] uses the APRS protocol over AX.25 and PSK31 to study radio frequency propagation. [http://www.PropNET.org PropNET] 'probes' transmit position reports, along with information on transmitter power, elevation, and antenna gain, at various frequencies to allow monitoring stations to detect changes in propagation conditions.
 [http://www.PropNET.org PropNET Homepage] If the band is open and no one is active, does anybody hear it?

@@ Line 1: / Line 1: @@
 The APRS protocol has been adapted and extended to support projects not directly related to its original purpose. The most notable of these are the [[FireNet]] and [http://www.PropNET.org PropNET] projects.
-APRS [[FireNet]] is an Internet-based system using the APRS protocol and much of the same client software to provide fire fighting, earthquake, and weather information in much higher volume and detail than the traditional APRS system is capable of carrying.
+* APRS [[FireNet]] is an Internet-based system using the APRS protocol and much of the same client software to provide fire fighting, earthquake, and weather information in much higher volume and detail than the traditional APRS system is capable of carrying.
-D-STAR Position Reporting System ([[DPRS|D-PRS]]) utilizes the low-speed data stream of the D-STAR digital voice mode to transmit GPS NMEA sentences.
+* D-STAR Position Reporting System ([[DPRS|D-PRS]]) utilizes the low-speed data stream of the D-STAR digital voice mode to transmit GPS NMEA sentences.
-[http://www.PropNET.org PropNET] uses the APRS protocol over AX.25 and PSK31 to study radio frequency propagation. [http://www.PropNET.org PropNET] 'probes' transmit position reports, along with information on transmitter power, elevation, and antenna gain, at various frequencies to allow monitoring stations to detect changes in propagation conditions.
+* [http://www.PropNET.org PropNET] uses the APRS protocol over AX.25 and PSK31 to study radio frequency propagation. [http://www.PropNET.org PropNET] 'probes' transmit position reports, along with information on transmitter power, elevation, and antenna gain, at various frequencies to allow monitoring stations to detect changes in propagation conditions.
-*[http://www.PropNET.org PropNET Homepage] If the band is open and no one is active, does anybody hear it?
+[http://www.PropNET.org PropNET Homepage] If the band is open and no one is active, does anybody hear it?

@@ Line 1: / Line 1: @@
-The APRS protocol has been adapted and extended to support projects not directly related to its original purpose. The most notable of these are the [[FireNet]] and PropNET projects.
+The APRS protocol has been adapted and extended to support projects not directly related to its original purpose. The most notable of these are the [[FireNet]] and [[http://www.PropNET.org|PropNET]] projects.
 APRS [[FireNet]] is an Internet-based system using the APRS protocol and much of the same client software to provide fire fighting, earthquake, and weather information in much higher volume and detail than the traditional APRS system is capable of carrying.
@@ Line 5: / Line 5: @@
 D-STAR Position Reporting System ([[DPRS|D-PRS]]) utilizes the low-speed data stream of the D-STAR digital voice mode to transmit GPS NMEA sentences.
-PropNET uses the APRS protocol over AX.25 and PSK31 to study radio frequency propagation. PropNET 'probes' transmit position reports, along with information on transmitter power, elevation, and antenna gain, at various frequencies to allow monitoring stations to detect changes in propagation conditions.
+[[http://www.PropNET.org|PropNET]] uses the APRS protocol over AX.25 and PSK31 to study radio frequency propagation. [[http://www.PropNET.org|PropNET]] 'probes' transmit position reports, along with information on transmitter power, elevation, and antenna gain, at various frequencies to allow monitoring stations to detect changes in propagation conditions.
 *[http://www.PropNET.org PropNET Homepage] If the band is open and no one is active, does anybody hear it?