Changes between Initial Version and Version 1 of cv4400

Timestamp:

2013-09-19T10:12:12-04:00 (12 years ago)

Author:

warb

Comment:

--

cv4400

@@ +1 @@
+[[TOC]]
+
+=== CV4400 ASR-9 ARTCC Converter, ASR-9 Formatter ===
+
+The CV4400 converts ASR-9 into CD format data. 
+
+==== CV4400 formats ====
+
+CD2 full-scan,[[br]]
+All ASR-9 native ASTRIX data is converted to CD format and provided at full ASR-9 scan rate.
+
+CD2 skip-scan,[[br]]All ASR-9 native ASTRIX data is converted to CD format and provided at 1/2 ASR-9 scan rate by "skipping a scan"
+
+
+CD–ASR
+
+
+
+
+
+from FAA network you can get the user guide for ECG here; http://trac.tgf.tc.faa.gov/projects/tgf/attachment/wiki/EcgDocs/TI_6100.16A-ECG_UserManual20120302.pdf
+
+{{{
+To address the incompatibilities between short-range radar and enroute surveillance data processing, and
+to address usability of CV4400 format converter output data with DARC, the conversion function formally
+done by CV4400 hardware is now a software function within ECG.
+}}}
+...
+
+This excerpt references a HOST/DARC configuration for ECG
+{{{
+1. If a site utilizes a CV4400 converter, that converter is reprogrammed to provide CD2 full-scan data to ECG. The PIP then converts that data to CD2 skip-scan data for use by HCS. The BIP, however,
+does not need to do any conversion since DARC can utilize CD2 full-scan data. Refer to Figure 3–302, CV4400 Conversion Enabled in PIP and Disabled in BIP (with CV4400 Hardware).
+}}}
+
+RADAR sepadapt entry from c140un0
+
+{{{
+ <CDRADAR
+            DEVICE_NAME="PHL-3"
+            LDA1="0x17A"
+            PROCESSOR="zcyappipa"
+            SLOT="3"
+            PORT="1"
+            RADAR_CHANNEL="3"
+            RADAR_ID="11"
+            SITE_NAME="PHL"
+            RADAR_TCP="YES"
+            INVERT="NORMAL"
+            MULTICAST="DISABLED"
+            PROTOCOL="ASR9_RADAR">
+        </CDRADAR>
+
+{{{
+   <Site
+            SITE_NAME="PHL"
+            RADAR_ID="11"
+            CV4400="ENABLED"
+            CV4400_RADAR_ID="11"
+            CV4400_SCAN_TIME="4618"
+            CV4400_TO_LAN="ENABLED">
+        </Site>
+}}}
+
+}}}
+
+'''PROTOCOL="ASR9_RADAR"'''
+{{{
+ ASR9_RADAR (ASR-9)
+This is selected when the incoming data is from an ASR–9 short range radar that is delivering
+CD–ASR format data to ECG. This protocol would typically only be selected when the ASR–9 radar
+does not have CV4400 hardware filtering/formatting equipment (as with new ASR–9 radars).
+
+}}}
+
+
+''' MULTICAST="DISABLED"'''
+{{{
+With ECG/DARC, this parameter is used to enable or disable the multicasting of radar data before the
+data is processed by the CV4400 filtering/formatting function in ECG (RAPPI and DARC are multicast
+users). If it is desired to multicast radar data to RAPPI and DARC prior to it being processed by the ECG
+CV4400 filter, then the multicast parameter should be set to ENABLED for each radar device for which
+multicast is desired. The default for multicast for the radar device is DISABLED.
+}}}
+
+
+'''INVERT="NORMAL"'''
+{{{
+This parameter is set according to the compatibility of the incoming data signal relative to MIL-STD-188.
+If invert is set to INVERTED, then ECG software inverts the polarity, treating an incoming 0 (zero) as
+a logical 1 (one) and a 1 (one) as a logical 0 (zero). If INVERT is set to NORMAL, then no inversion
+is performed. The default ECG SCT setting is INVERTED. This parameter is set in the device details
+window of the SCT.
+Note:
+This parameter may not need to be set to NORMAL for short range (ASR) radars that do not
+send data in conformance with MIL-STD-188.
+}}}