389 lines
20 KiB
XML
389 lines
20 KiB
XML
<?xml version="1.0" encoding="utf-8"?>
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<!--Copyright (c) 2012-2016 Qualcomm Technologies, Inc. All Rights Reserved. Qualcomm Technologies Proprietary and Confidential.-->
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<AndsfPolicy>
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<Man>Qualcomm</Man>
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<Mod>FFA</Mod>
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<Andsf>
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<Version>5.0</Version>
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<Name>Test 1</Name>
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<!-- ISRP>
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<ForFlowBased>
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<IPFlow>
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<AddressType>IPv4</AddressType>
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<StartSourceIPAddress>192.0.2.0</StartSourceIPAddress>
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<EndSourceIPAddress>192.0.2.255</EndSourceIPAddress>
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<StartDestIPAddress>74.125.224.0</StartDestIPAddress>
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<EndDestIPAddress>74.125.224.255</EndDestIPAddress>
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<ProtocolType>6</ProtocolType>
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<StartSourcePortNumber>1</StartSourcePortNumber>
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<EndSourcePortNumber>65535</EndSourcePortNumber>
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<StartDestPortNumber>1</StartDestPortNumber>
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<EndDestPortNumber>65535</EndDestPortNumber>
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<AppName>SomeAppName</AppName>
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<Direction>0</Direction>
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<QoS>0</QoS>
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</IPFlow>
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<RoutingCriteria>
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<ValidityArea>
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<_3GPP_Location>
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<PLMN>ATT</PLMN>
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<TAC>SAN DIEGO</TAC>
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<LAC>SAN DIEGO</LAC>
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<GERAN_CI>F</GERAN_CI>
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<UTRAN_CI>1E</UTRAN_CI>
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<EUTRA_CI>1D</EUTRA_CI>
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</_3GPP_Location>
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<_3GPP2_Location>
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<_1x>
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<SID>10</SID>
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<NID>255</NID>
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<Base_ID>255</Base_ID>
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</_1x>
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<HRPD>
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<Sector_ID>12345678</Sector_ID>
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<Netmask>5</Netmask>
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</HRPD>
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</_3GPP2_Location>
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<WiMAX_Location>
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<NAP-ID>NAP</NAP-ID>
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<BS-ID>BS</BS-ID>
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</WiMAX_Location>
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<WLAN_Location>
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<HESSID>QCOM</HESSID>
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<SSID>Cerberus</SSID>
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<BSSID>12345678</BSSID>
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</WLAN_Location>
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<Geo_Location>
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<Circular>
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<AnchorLatitude>0</AnchorLatitude>
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<AnchorLongitude>0</AnchorLongitude>
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<Radius>10</Radius>
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</Circular>
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</Geo_Location>
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</ValidityArea>
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<TimeOfDay>
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<TimeStart>003000</TimeStart>
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<TimeStop>235959</TimeStop>
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<DateStart>19750201</DateStart>
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<DateStop>20120228</DateStop>
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</TimeOfDay>
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<APN>IMS</APN>
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</RoutingCriteria>
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<RoutingRule>
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<AccessTechnology>1</AccessTechnology>
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<AccessNetworkPriority>1</AccessNetworkPriority>
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</RoutingRule>
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<RoutingRule>
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<AccessTechnology>3</AccessTechnology>
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<AccessId>Cerberus</AccessId>
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<SecondaryAccessId>QCOM</SecondaryAccessId>
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<AccessNetworkPriority>5</AccessNetworkPriority>
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</RoutingRule>
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<RulePriority>2</RulePriority>
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</ForFlowBased>
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<Roaming>0</Roaming>
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<UpdatePolicy>0</UpdatePolicy>
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<PLMN>ATT</PLMN>
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</ISRP -->
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<Ext>
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<WQE>
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<InterfaceManager>
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<BQE_Disabled>false</BQE_Disabled>
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<ICD_Disabled>true</ICD_Disabled>
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<!-- Default bqe thresholds where no apIds are specified. -->
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<BQE_Thresholds Id="128">
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<RadioTechnology Type="CDMA2000">
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<Threshold units="bps">0</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="EVDO_0">
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<Threshold units="bps">0</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="EVDO_A">
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<Threshold units="bps">0</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="EVDO_B">
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<Threshold units="bps">0</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="EDGE">
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<Threshold units="bps">0</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="UMTS">
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<Threshold units="bps">0</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="HSPA">
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<Threshold units="bps">0</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="HSDPA">
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<Threshold units="bps">0</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="GPRS">
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<Threshold units="bps">0</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="LTE">
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<Threshold units="bps">0</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="EHRPD">
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<Threshold units="bps">0</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="HSPAP">
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<Threshold units="bps">0</Threshold>
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</RadioTechnology>
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</BQE_Thresholds>
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<!-- Suggested use of bqethreshold with specific apIds -->
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<!-- BQE_Thresholds Id="1">
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<apIds Type="SSID">
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<apId>wifi-ap1</apId>
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<apId>wifi-ap2</apId>
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</apIds>
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<RadioTechnology Type="CDMA2000">
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<Threshold units="bps">100000</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="EVDO_0">
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<Threshold units="bps">200000</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="EVDO_A">
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<Threshold units="bps">400000</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="EVDO_B">
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<Threshold units="bps">600000</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="EDGE">
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<Threshold units="bps">100000</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="UMTS">
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<Threshold units="bps">200000</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="HSPA">
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<Threshold units="bps">600000</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="HSDPA">
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<Threshold units="bps">600000</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="GPRS">
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<Threshold units="bps">50000</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="LTE">
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<Threshold units="bps">1000000</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="EHRPD">
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<Threshold units="bps">600000</Threshold>
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</RadioTechnology>
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<RadioTechnology Type="HSPAP">
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<Threshold units="bps">600000</Threshold>
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</RadioTechnology>
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</BQE_Thresholds -->
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<Authentication>
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<MaxAuthTime>60</MaxAuthTime>
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<IcdBanRetest>3</IcdBanRetest>
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<AuthApps>
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<Appname>someauthapp1</Appname>
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<Appname>someauthapp2</Appname>
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<Appname>someauthapp3</Appname>
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</AuthApps>
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</Authentication>
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<ICD config-type="disabled">
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</ICD>
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<!-- The below list is only for reference to enable/disable ICD per SSID basis
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<ICD config-type="disabled">
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<apIds Type="SSID">
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<apId>wifi-ap1</apId>
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<apId>wifi-ap2</apId>
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</apIds>
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</ICD>
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OR
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<ICD config-type="enabled">
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<apIds Type="SSID">
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<apId>wifi-ap3</apId>
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<apId>wifi-ap4</apId>
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</apIds>
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</ICD>
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-->
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<TQE>
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<!-- Default node for TQE_Thresholds element -->
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<TQE_Thresholds Id ="128">
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<!-- Disabling Broken Backhaul Detector module -->
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<BBD_Disabled>false</BBD_Disabled>
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<!-- Disabling Degraded Backhaul Detector module -->
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<DBD_Disabled>false</DBD_Disabled>
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<!-- Threshold on downlink gap indicator metric -->
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<DGIMThresh units="msecs">400</DGIMThresh>
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<!-- DBD always returns pass when average device throughput is greater than min(DBDTputThresh,BQE_Threshold) -->
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<DBDTputThresh units="bps">1000000</DBDTputThresh>
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<!-- Time window for TQE history -->
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<TQETimeWindow units="secs">20</TQETimeWindow>
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<!-- Minimum fraction of sockets reporting BAD (among valid ones) to declare TQE FAIL -->
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<RatioThresh>0.2</RatioThresh>
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</TQE_Thresholds>
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<!-- The next element is for reference only to show how to -->
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<!-- set up TQE thresholds for a list of specific apids -->
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<!--
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<TQE_Thresholds Id ="1">
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<apIds Type="SSID">
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<apId>operatorSsid1</apId>
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<apId>operatorSsid2</apId>
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</apIds>
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<BBD_Disabled>false</BBD_Disabled>
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<DBD_Disabled>false</DBD_Disabled>
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<DGIMThresh units="msecs">400</DGIMThresh>
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<DBDTputThresh units="bps">1000000</DBDTputThresh>
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<TQETimeWindow units="secs">20</TQETimeWindow>
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<RatioThresh>0.2</RatioThresh>
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</TQE_Thresholds>
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-->
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</TQE>
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</InterfaceManager>
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</WQE>
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<CQE prodId="Rome">
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<!-- Default node for CQE_Thresholds element -->
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<CQE_Thresholds Id ="128">
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<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
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<!-- a candidate for interface selection -->
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<RSSIAddThreshold units="dbm">-86,-86</RSSIAddThreshold>
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<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
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<!-- a candidate for interface selection -->
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<RSSIDropThreshold units="dbm">-91,-91</RSSIDropThreshold>
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<!-- Interval over whcih RSSI values are averaged -->
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<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
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<!-- RSSI threshold below which MAC hysteresis timer is not started -->
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<RSSIMacTimerThreshold units="dbm">-91</RSSIMacTimerThreshold>
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<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
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<!-- Setting CQETimer to zero disables the CQE -->
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<CQETimer units="secs">2</CQETimer>
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<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
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<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
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<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
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<MACStatsAveragingAlpha>0.36</MACStatsAveragingAlpha>
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<!-- Threshold for RX MPDU PER -->
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<RMP_THR>0.05</RMP_THR>
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<!-- Minimum MPDU count to activate RX MPDU PER -->
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<RMP_CNT_THR>19</RMP_CNT_THR>
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<!-- Cutoff RX MCS index -->
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<RX_MCS_THR>5</RX_MCS_THR>
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<!-- Cutoff RX BW index -->
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<RX_BW_THR>0</RX_BW_THR>
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<!-- Threshold for TX MSDU drop -->
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<TMD_THR>0.01</TMD_THR>
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<!-- Minimum MSDU count to activate TX MSDU drop -->
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<TMD_CNT_THR>1</TMD_CNT_THR>
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<!-- Threshold for MPDU retry rate -->
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<TMR_THR>0.82</TMR_THR>
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<!-- Minimum MPDU count to activate MPDU retry rate -->
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<TMR_CNT_THR>6</TMR_CNT_THR>
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<!-- Cutoff TX MCS index -->
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<TX_MCS_THR>9</TX_MCS_THR>
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<!-- Cutoff TX BW index -->
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<TX_BW_THR>3</TX_BW_THR>
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<!-- Maximum MPDU count to activate RX MPDU PER -->
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<RMP_UBCNT_THR>100</RMP_UBCNT_THR>
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<!-- Maximum MPDU count to activate MPDU retry rate -->
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<TMR_UBCNT_THR>300</TMR_UBCNT_THR>
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<!-- Threshold for PERAM -->
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<PERAM_THR>0.25</PERAM_THR>
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<!-- Minimum MPDU count to activate PERAM -->
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<PERAM_CNT_THR>10</PERAM_CNT_THR>
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<!-- Maximum MPDU count to activate PERAM -->
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<PERAM_UBCNT_THR>80</PERAM_UBCNT_THR>
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<!-- CQE throughput Threshold-->
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<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
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</CQE_Thresholds>
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</CQE>
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<CQE prodId="Pronto">
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<!-- Default node for CQE_Thresholds element -->
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<CQE_Thresholds Id ="128">
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<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
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<!-- a candidate for interface selection -->
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<RSSIAddThreshold units="dbm">-86,-86</RSSIAddThreshold>
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<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
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<!-- a candidate for interface selection -->
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<RSSIDropThreshold units="dbm">-91,-91</RSSIDropThreshold>
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<!-- RSSI threshold from which to select linear model to compute CQE metric -->
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<RSSIModelThreshold units="dbm">-72</RSSIModelThreshold>
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<!-- Interval over whcih RSSI values are averaged -->
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<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
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<!-- RSSI threshold below which MAC hysteresis timer is not started -->
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<RSSIMacTimerThreshold units="dbm">-91</RSSIMacTimerThreshold>
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<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
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<!-- Setting CQETimer to zero disables the CQE -->
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<CQETimer units="secs">2</CQETimer>
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<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
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<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
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<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
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<MACStatsAveragingAlpha>0.5</MACStatsAveragingAlpha>
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<!-- The threshold indicating the number of frames below which no valid CQE estimation can't be done -->
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<FrameCntThreshold units="frames">3</FrameCntThreshold>
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<!-- The threshold indicating the number of last samples below which valid CQE estimation can't be done -->
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<ColdStartThreshold units="frames">2</ColdStartThreshold>
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<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
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<!-- such as retry, multi-retry, fail and ack fail metric -->
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<!-- when average RSSI is greater than RSSIModelThreshold -->
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<MACMibThreshold2a>0.25</MACMibThreshold2a>
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<!-- The weightage that given to retry metric in computation of CQE -->
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<!-- when average RSSI is greater than RSSIModelThreshold -->
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<RetryMetricWeight2a>0.2347</RetryMetricWeight2a>
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<!-- The weightage that given to multi-retry metric in computation of CQE -->
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<!-- when average RSSI is greater than RSSIModelThreshold -->
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<MultiRetryMetricWeight2a>0.0489</MultiRetryMetricWeight2a>
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<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
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<!-- such as retry, multi-retry, fail and ack fail metric -->
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<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
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<MACMibThreshold2b>0.22</MACMibThreshold2b>
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<!-- The weightage that given to retry metric in computation of CQE -->
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<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
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<RetryMetricWeight2b>0.2281</RetryMetricWeight2b>
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<!-- The weightage that given to multi-retry metric in computation of CQE -->
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<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
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<MultiRetryMetricWeight2b>0.1314</MultiRetryMetricWeight2b>
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</CQE_Thresholds>
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<!-- The next element is for reference only to show how to set up CQE thresholds for a list of specific apids -->
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<!--
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<CQE_Thresholds Id ="1">
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<apIds Type="SSID">
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<apId>operatorSsid1</apId>
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<apId>operatorSsid2</apId>
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</apIds>
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<RSSIAddThreshold units="dbm">-82</RSSIAddThreshold>
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<RSSIDropThreshold units="dbm">-90</RSSIDropThreshold>
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<RSSIModelThreshold units="dbm">-85</RSSIModelThreshold>
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<RSSIAveragingInterval units="secs">4</RSSIAveragingInterval>
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<RSSIMacTimerThreshold units="dbm">-93</RSSIMacTimerThreshold>
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<CQETimer units="secs">2</CQETimer>
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<MACHysteresisTimer units="secs">110</MACHysteresisTimer>
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<MACStatsAveragingAlpha>0.1</MACStatsAveragingAlpha>
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<FrameCntThreshold units="frames">25</FrameCntThreshold>
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<ColdStartThreshold units="frames">2</ColdStartThreshold>
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<MACMibThreshold2a>0.25</MACMibThreshold2a>
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<RetryMetricWeight2a>0.1061</RetryMetricWeight2a>
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<MultiRetryMetricWeight2a>0.0984</MultiRetryMetricWeight2a>
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<MACMibThreshold2b>0.45</MACMibThreshold2b>
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<RetryMetricWeight2b>0.3072</RetryMetricWeight2b>
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<MultiRetryMetricWeight2b>0.5156</MultiRetryMetricWeight2b>
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</CQE_Thresholds>
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-->
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</CQE>
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</Ext>
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</Andsf>
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<!-- The next element is for reference only to show how to config ANDSF
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parameters for another version that may be supported on the device -->
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<!--
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<Andsf>
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<Version>4.3</Version>
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<Name>Test 1</Name>
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<Ext>
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<WQE>
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<InterfaceManager>
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<BQE_Disabled>false</BQE_Disabled>
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<ICD_Disabled>false</ICD_Disabled>
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<BQE_Thresholds Id="128">
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<RadioTechnology Type="CDMA2000">
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<Threshold units="bps">100000</Threshold>
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</RadioTechnology>
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</BQE_Thresholds>
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</InterfaceManager>
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</WQE>
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<CQE>
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</CQE>
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</Ext>
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</Andsf>
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-->
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</AndsfPolicy>
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