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Table of Contents
- About the Documentation
- Managing Remote Access
- Remote Access Overview
- Remote Access Overview
- Remote Access Platform Considerations
- Remote Access References
- Mapping a User Domain to a Virtual Router Overview
- Domain Name and Realm Name Overview
- Example: Domain Name and Realm Name
- Example: Stripping Domain Name Per Virtual Router for RADIUS Server Authentication
- Single Name Specification for Users from a Domain Overview
- RADIUS Authentication and Accounting Servers Configuration Overview
- SNMP Traps and System Log Messages Overview
- Local Authentication Servers Configuration Overview
- Tunnel Subscriber Authentication Configuration Overview
- Name Server Addresses Configuration Overview
- Local Address Servers Configuration Overview
- DHCP Features
- Domain Name Aliases Overview
- AAA Profile Configuration Overview
- RADIUS Route-Download Server for Route Distribution Overview
- AAA Logical Line Identifier for Subscriber Tracking Overview
- RADIUS Attributes in Preauthentication Request
- Considerations for Using the LLID
- VSAs for Dynamic IP Interfaces Overview
- Mapping Application Terminate Reasons and RADIUS Terminate Codes Overview
- Timeout Configuration Overview
- Standard RADIUS IPv6 Attributes for IPv6 Neighbor Discovery Router Advertisements and DHCPv6 Prefix Delegation Configuration
- Maximum Number of IPv6 Prefixes Assigned to Clients by Using Only the DHCPv6 Local Server
- Maximum Number of IPv6 Prefixes Assigned to Clients by Using Both DHCPv6 Local Server and Neighbor Discovery Router Advertisements
- Duplicate IPv6 Prefix Check Overview
- Duplicate IPv6 Prefix Detection in the AAA User Profile Database Overview
- Guidelines for Duplicate Address Verification
- Propagation of LAG Subscriber Information to AAA and RADIUS
- SRC Client Configuration Overview
- SRC Client and COPS Terminology
- Retrieval of DSL Line Rate Information from Access Nodes Overview
- DHCPv6 Local Address Pools for Allocation of IPv6 Prefixes Overview
- Example: Delegating the DHCPv6 Prefix
- Sending of Delegated-IPv6-Prefix from the DHCPv6 Local Server to SRC Client Overview
- IPv6 Prefix Allocation Using Neighbor Discovery Router Advertisements from IPv6 Address Pools Overview
- Allocation of Neighbor Discovery Prefixes for IPv6 Subscribers over PPP Links
- Order of Preference in Determining the Local Address Pool for Allocating Prefixes for Neighbor Discovery Router Advertisements
- Order of Preference in Assigning Prefixes when Neighbor Discovery Router Advertisements are Configured on an Interface
- Guidelines for Allocating Neighbor Discovery Prefixes Using IPv6 Address Pools
- Understanding IPCP and IPv6CP Negotiations for IPv4 and IPv6 Clients Based on RADIUS-Returned Attributes
- Sending the Acct-Start and Acct-Update Messages After NCP Negotiation Is Completed Overview
- Configuring Remote Access
- Remote Access Configuration Tasks
- Configuring a B-RAS License
- Configuring AAA Duplicate Accounting
- Configuring AAA Broadcast Accounting
- Overriding AAA Accounting NAS Information
- Collecting Accounting Statistics
- Configuring RADIUS AAA Servers
- Configuring SNMP Traps
- Creating the AAA Local Authentication Environment
- Creating AAA Local User Databases
- Adding AAA User Entries to Local User Databases
- Adding AAA User Entries to Default Local User Databases
- Configuring AAA User Entries in Local User Databases
- Assigning a Local User Database to a Virtual Router
- Enabling Local Authentication on the Virtual Router
- Example: Configuring AAA Local Authentication
- Configuring DNS Primary and Secondary NMS
- Configuring WINS Primary and Secondary NMS
- Configuring a Local Address Server
- Creating an IP Interface
- Controlling Access to Domain Names
- Example: Associating all Subscribers of a PPP Interface with a Specific Domain Name
- Example: Associating Multiple Domain Names with a Specific Domain Name
- Configuring an AAA Per-Profile Attribute List
- Configuring Interim, Broadcast, and Policy-Based Accounting in Virtual Router Groups and PPP Profiles
- Configuring the NAS-Port-Type Attribute Manually
- Configuring a Service Description for the AAA Profile
- Configuring the Route-Download Server to Download Routes
- Configuring the Router to Obtain the LLID for a Subscriber
- Troubleshooting Subscriber Preauthentication
- Configuring Custom Mappings for PPP Terminate Reasons
- Configuring Duplicate IPv6 Prefix Check
- Configuring Detection of Duplicate IPv6 Prefixes in the AAA User Profile Database
- Configuring the SRC Client
- Configuring the Forwarding of COPS Requests to the SRC Server Based on DCM Profiles
- Configuring the DHCPv6 Local Address Pools
- Example: Limiting the Number of Prefixes Used by DHCPv6 Clients
- Example: Using DHCPv6 Local Address Pools for Prefix Delegation over non-PPP Links
- Configuring IPv6 Neighbor Discovery Local Address Pools
- Overriding AAA to Perform IPCP and IPv6CP Negotiations Based on RADIUS-Returned Attributes
- Sending the Acct-Start and Acct-Update Messages After NCP Negotiation Is Completed
- Monitoring and Troubleshooting Remote Access
- Setting Baselines for Remote Access
- How to Monitor PPP Interfaces
- Monitoring AAA Accounting Configuration
- Monitoring AAA Configuration to Send the Acct-Start Message After NCP Negotiation Is Completed
- Monitoring AAA Configuration to Send the Acct-Update Message After NCP Negotiation Is Completed
- Monitoring AAA Accounting Default
- Monitoring the AAA Accounting Interval
- Monitoring AAA-Specific Virtual Router Groups
- Monitoring the Default AAA Authentication Method List
- Monitoring AAA Domain Name Stripping for a Domain Per Virtual Router
- Monitoring Mapping Between User Domains and Virtual Routers
- Monitoring Tunnel Subscriber Authentication
- Monitoring Routing Table Address Lookup
- Monitoring the AAA Model
- Monitoring IP Addresses of Primary and Secondary DNS and WINS Name Servers
- Monitoring AAA Profile Configuration
- Monitoring Statistics about the RADIUS Route-Download Server
- Monitoring Routes Downloaded by the RADIUS Route-Download Server
- Monitoring Chassis-Wide Routes Downloaded by the RADIUS Route-Download Server
- Monitoring AAA Statistics
- Monitoring the Number of Active Subscribers Per Port
- Monitoring the Maximum Number of Active Subscribers Per-Virtual Router
- Monitoring Session Timeouts
- Monitoring Interim Accounting for Users on the Virtual Router
- Monitoring Virtual Router Groups Configured for AAA Broadcast Accounting
- Monitoring Configuration Information for AAA Local Authentication
- Monitoring AAA Server Attributes
- Monitoring the COPS Layer Over SRC Connection
- Monitoring Statistics About the COPS Layer
- Monitoring Local Address Pool Aliases
- Monitoring Local Address Pools
- Monitoring Local Address Pool Statistics
- Monitoring Shared Local Address Pools
- Monitoring the Routing Table
- Monitoring the B-RAS License
- Monitoring the RADIUS Server Algorithm
- Monitoring RADIUS Override Settings
- Monitoring the RADIUS Rollover Configuration
- Monitoring RADIUS Server Information
- Monitoring RADIUS Services Statistics
- Monitoring RADIUS SNMP Traps
- Monitoring RADIUS Accounting for L2TP Tunnels
- Monitoring RADIUS UDP Checksums
- Monitoring RADIUS Server IP Addresses
- Monitoring the RADIUS Attribute Used for IPv6 Neighbor Discovery Router Advertisements
- Monitoring the RADIUS Attribute Used for DHCPv6 Prefix Delegation
- Monitoring Duplicate IPv6 Prefixes
- Monitoring Duplicate IPv6 Prefixes in the AAA User Profile Database
- Monitoring the SRC Client Connection Status
- Monitoring SRC Client Connection Statistics
- Monitoring the SRC Client Version Number
- Monitoring the SRC Option
- Monitoring Subscriber Information
- Monitoring Application Terminate Reason Mappings
- Monitoring IPv6 Local Pools for DHCP Prefix Delegation By All Configured Pools
- Monitoring IPv6 Local Pools for DHCP Prefix Delegation By Pool Name
- Monitoring IPv6 Local Pool Statistics for DHCP Prefix Delegation
- Monitoring IPv6 Local Pools for Neighbor Discovery Router Advertisements for all Configured Pools
- Monitoring IPv6 Local Pools for Neighbor Discovery Router Advertisements by Pool Name
- Monitoring IPv6 Local Pool Statistics for Neighbor Discovery Router Advertisements Allocation of Prefixes
- Monitoring the Status of the Override Feature to Initiate IPCP and IPv6CP Negotiations Based on RADIUS-Returned Attributes
- Managing RADIUS and TACACS+
- Configuring RADIUS Attributes
- RADIUS Overview
- RADIUS Platform Considerations
- RADIUS References
- Subscriber AAA Access Messages Overview
- RADIUS IETF Attributes Supported for Subscriber AAA Access Messages
- Juniper Networks VSAs Supported for Subscriber AAA Access Messages
- Processing DNS Addresses from Microsoft RADIUS VSAs for PPP Clients During IPCP
- Subscriber AAA Accounting Messages Overview
- RADIUS IETF Attributes Supported for Subscriber AAA Accounting Messages
- Juniper Networks VSAs Supported for Subscriber AAA Accounting Messages
- RADIUS IETF Attributes Supported for AAA Tunnel Accounting Messages
- AAA Access Messages During IPCP Negotiations for Dual-Stack Subscribers
- AAA Accounting Messages During IPCP Negotiations for Dual-Stack Subscribers
- Interim-Acct Messages When an IPv4 Address is Assigned
- Interim-Acct Messages When an IPv4 Address is Not Assigned
- Interim-Acct Messages During a Successful IPCP Renegotiation for IPv4 Addresses
- Interim-Acct Messages During a Failed IPCP Renegotiation for IPv4 Addresses
- Interim-Acct Messages When an IPv4 Address is Released
- DSL Forum VSAs in AAA Access and Accounting Messages Overview
- DSL Forum VSAs Supported for AAA Access and Accounting Messages
- RADIUS Attributes Supported for CLI AAA Messages
- CLI Commands Used to Modify RADIUS Attributes
- CLI Commands Used to Configure RADIUS IETF Attributes
- CLI Commands Used to Configure Juniper Networks VSAs
- CLI Commands Used to Include ANCP-Related Juniper Networks VSAs in Access and Accounting Messages
- CLI Commands Used to Include DSL Forum VSAs in Access and Accounting Messages
- CLI Commands Used to Include or Exclude Attributes in RADIUS Messages
- CLI Commands Used to Ignore Attributes when Receiving Access-Accept Messages
- RADIUS Per-Profile Attribute List Configuration Overview
- Example: Configuring RADIUS-Specific Attributes
- Configuring RADIUS Dynamic-Request Server
- RADIUS Dynamic-Request Server Overview
- RADIUS Dynamic-Request Server Platform Considerations
- RADIUS Dynamic-Request Server References
- Understanding RADIUS-Initiated Disconnect
- Configuring RADIUS-Initiated Disconnect
- Understanding RADIUS-Initiated Change of Authorization
- Configuring RADIUS-Initiated Change of Authorization
- Configuring RADIUS Relay Server
- RADIUS Attribute Descriptions
- Application Terminate Reasons
- Monitoring RADIUS
- Monitoring Override Settings of RADIUS IETF Attributes
- Monitoring the NAS-Port-Format RADIUS Attribute
- Monitoring the Calling-Station-Id RADIUS Attribute
- Monitoring the NAS-Identifier RADIUS Attribute
- Monitoring the Format of the Remote-Circuit-ID for RADIUS
- Monitoring the Delimiter Character in the Remote-Circuit-ID for RADIUS
- Monitoring the Acct-Session-Id RADIUS Attribute
- Monitoring the DSL-Port-Type RADIUS Attribute
- Monitoring the Connect-Info RADIUS Attribute
- Monitoring the NAS-Port-ID RADIUS Attribute
- Monitoring Included RADIUS Attributes
- Monitoring Ignored RADIUS Attributes
- Setting the Baseline for RADIUS Dynamic-Request Server Statistics
- Monitoring RADIUS Dynamic-Request Server Statistics
- Monitoring the Configuration of the RADIUS Dynamic-Request Server
- Setting a Baseline for RADIUS Relay Statistics
- Monitoring RADIUS Relay Server Statistics
- Monitoring the Configuration of the RADIUS Relay Server
- Monitoring the Status of RADIUS Relay UDP Checksums
- Monitoring the Status of ICR Partition Accounting
- Configuring TACACS+
- Monitoring TACACS+
- Managing L2TP
- L2TP Overview
- Configuring an L2TP LAC
- LAC Configuration Prerequisites
- Modifying L2TP LAC Default Settings for Managing Destinations, Tunnels, and Sessions
- Generating UDP Checksums in Packets to L2TP Peers
- Specifying a Destruct Timeout for L2TP Tunnels and Sessions
- Preventing Creation of New Destinations, Tunnels, and Sessions
- Shutting Down Destinations, Tunnels, and Sessions
- Specifying the Number of Retransmission Attempts
- Controlling the Transmission of L2TP Hello Messages to L2TP Peers in Control Channels
- Configuring Calling Number AVP Formats
- Mapping a User Domain Name to an L2TP Tunnel Overview
- Mapping User Domain Names to L2TP Tunnels from Domain Map Tunnel Mode
- Mapping User Domain Names to L2TP Tunnels from Tunnel Group Tunnel Mode
- Transmission of the Subscriber Access Interface Speed to LNS Using the RX Connect-Speed AVP
- Configuring the RX Speed on the LAC
- Managing the L2TP Destination Lockout Process
- Managing Address Changes Received from Remote Endpoints
- Configuring LAC Tunnel Selection Parameters
- Configuring an L2TP LNS
- LNS Configuration Prerequisites
- Configuring an LNS
- Creating an L2TP Destination Profile
- Creating an L2TP Host Profile
- Configuring the Maximum Number of LNS Sessions
- Configuring Groups for LNS Sessions
- Configuring the RADIUS Connect-Info Attribute on the LNS
- Overriding LNS Out-of-Resource Result Codes 4 and 5
- Selecting Service Modules for LNS Sessions Using MLPPP
- Enabling Tunnel Switching
- Creating Persistent Tunnels
- Testing Tunnel Configuration
- Managing L2TP Destinations, Tunnels, and Sessions
- Configuring Disconnect Cause Information
- Configuring the Receive Window Size
- Configuring Peer Resynchronization
- Configuring L2TP Tunnel Switch Profiles
- Configuring the Transmit Connect Speed Calculation Method
- Transmit Connect Speed Calculation Methods
- Transmit Connect Speed Calculation Examples
- Transmit Connect Speed Reporting Considerations
- Using AAA Domain Maps to Configure the Transmit Connect Speed Calculation Method
- Using AAA Tunnel Groups to Configure the Transmit Connect Speed Calculation Method
- Using AAA Default Tunnel Parameters to Configure the Transmit Connect Speed Calculation Method
- Using RADIUS to Configure the Transmit Connect Speed Calculation Method
- Controlling the Handling of L2TP Hello Packets in Fast Path
- PPP Accounting Statistics
- Stateful Line Module Switchover for LNS Sessions
- Configuring L2TP Dial-Out
- L2TP Dial-Out Overview
- L2TP Dial-Out Terms
- L2TP Dial-Out Platform Considerations
- L2TP Dial-Out References
- L2TP Dial-Out Network Model
- L2TP Dial-Out Process
- L2TP Dial-Out Operational States
- L2TP Dial-Out Outgoing Call Setup Details
- Creating a Profile Before Configuring L2TP Dial-Out
- Configuring L2TP Dial-Out
- Creating an L2TP Dial-Out Session
- Specifying the Maximum Timeout Period for Establishing an L2TP Dial-Out Session
- Specifying the Duration for an L2TP Dial-Out Session to Remain in Dormant State
- Specifying the Maximum Triggers to Buffer for an L2TP Dial-Out Session
- Deleting an L2TP Dial-Out Session
- Resetting an L2TP Dial-Out Session
- L2TP Disconnect Cause Codes
- Monitoring L2TP and L2TP Dial-Out
- Monitoring the Mapping for User Domains and Virtual Routers with AAA
- Monitoring Configured Tunnel Groups with AAA
- Monitoring Configuration of Tunnel Parameters with AAA
- Monitoring Global Configuration Status on E Series Routers
- Monitoring Detailed Configuration Information for Specified Destinations
- Monitoring Locked Out Destinations
- Monitoring Configured L2TP Destination Profiles or Host Profiles
- Monitoring Configured and Operational Status of all Destinations
- Monitoring Statistics on the Cause of a Session Disconnection
- Monitoring Detailed Configuration Information about Specified Sessions
- Monitoring Configured and Operational Summary Status
- Monitoring Configured Switch Profiles on Router
- Monitoring Detailed Configuration Information about Specified Tunnels
- Monitoring Configured and Operational Status of All Tunnels
- Monitoring Chassis-wide Configuration for L2TP Dial-out
- Monitoring Status of Dial-out Sessions
- Monitoring Dial-out Targets within the Current VR Context
- Monitoring Operational Status within the Current VR Context
- Managing DHCP
- DHCP Overview
- DHCP Local Server Overview
- Embedded DHCP Local Server Overview
- Equal-Access Mode Overview
- Standalone Mode Overview
- DHCP Local Server Prerequisites
- DHCP Local Server Configuration Tasks
- DHCP Unique ID for Clients and Servers Overview
- Authentication and Accounting of IPv6 Subscribers Using the DHCPv6 Local Server Overview
- Interoperation of Authentication of IPv6 Clients and Display of Active Subscriber Information
- Limiting the Maximum Number of IPv6 Prefixes Delegated Per Interface by the DHCPv6 Local Server Overview
- Configuring DHCP Local Server
- Configuring the DHCP Local Server
- Basic Configuration of DHCP Local Server
- Limiting the Number of IP Addresses Supplied by DHCP Local Server
- Excluding IP Addresses from Address Pools
- Configuring DHCP Local Server to Support Creation of Dynamic Subscriber Interfaces
- Differentiating Between Clients with the Same Client ID or Hardware Address
- Logging Out DHCP Local Server Subscribers
- Clearing an IP DHCP Local Server Binding
- Using SNMP Traps to Monitor DHCP Local Server Events
- Using DHCP Local Server Event Logs
- Configuring DHCP Local Address Pools
- Sending RADIUS Attributes to DHCP Subscribers Overview
- Configuring AAA Authentication for DHCP Local Server Standalone Mode
- Configuring AAA Authentication for DHCPv6 Local Server Standalone Mode
- Configuring the DHCPv6 Local Server
- Configuring the Type of DHCP Unique ID for DHCPv6 Local Servers
- Deleting DHCPv6 Client Bindings
- Configuring the Router to Work with the SRC Software
- Configuring DHCP Relay
- DHCP Relay and BOOTP Relay Overview
- Configuring DHCP Relay Settings
- Enabling DHCP Relay
- Removing Access Routes from Routing Tables and NVS
- Treating All Packets as Originating at Trusted Sources
- Assigning the Giaddr to Source IP Address
- Protecting Against Spoofed Giaddr and Relay Agent Option Values
- Using the Giaddr to Identify the Primary Interface for Dynamic Subscriber Interfaces
- Using the Broadcast Flag Setting to Control Transmission of DHCP Reply Packets
- Interaction of DHCP Relay Broadcast Flag with the Layer 2 Unicast Transmission Method
- Preventing DHCP Relay from Installing Host Routes by Default
- Example: Preventing Installation of Host Routes
- Including Relay Agent Option Values in the PPPoE Remote Circuit ID
- Configuring the Layer 2 Unicast Transmission Method for Reply Packets to DHCP Clients
- Using Option 60 Strings to Forward Client Traffic to Specific DHCP Servers
- Configuring the DHCP Relay Option 60 Attribute for Traffic Forwarding
- Relaying DHCP Packets That Originate from a Cable Modem
- DHCP Relay Agent Information Option (Option 82) Suboption Values Overview
- Configuring the DHCP Relay Agent Option 82 Settings
- Using the set dhcp relay agent sub-option Command to Enable Option 82 Suboption Support
- Using the set dhcp relay agent Command to Enable Option 82 Suboption Support
- Example: Using DHCP Relay Option 82 to Pass IEEE 802.1p Values to DHCP Servers
- Rate of DHCP Client Packets Processed by DHCP Relay Overview
- Configuring the Rate of Client Packets Processed by DHCP Relay
- Configuring DHCP Relay Proxy
- Managing Host Routes Using DHCP Relay Proxy
- Configuring the DHCP External Server Application
- DHCP External Server Overview
- Preservation of Dynamic Subscriber Interfaces with DHCP External Server Overview
- DHCP External Server Identification of Clients with Duplicate MAC Addresses Overview
- DHCP External Server Configuration Requirements
- Enabling and Disabling the DHCP External Server Application
- Monitoring DHCP Traffic Between Remote Clients and DHCP Servers
- Synchronizing the DHCP External Application and the Router
- Configuring Interoperation with Ethernet DSLAMs
- Configuring the DHCP External Server to Support the Creation of Dynamic Subscriber Interfaces
- Configuring DHCP External Server to Control Preservation of Dynamic Subscriber Interfaces
- Configuring Dynamic Subscriber Interfaces for Interoperation with DHCP Relay and DHCP Relay Proxy
- Deleting Clients from a Virtual Router’s DHCP Binding Table
- Configuring DHCP External Server to Uniquely Identify Clients with Duplicate MAC Addresses
- Configuring DHCP External Server to Re-Authenticate Auto-Detected Dynamic Subscriber Interfaces
- Monitoring and Troubleshooting DHCP
- Setting Baselines for DHCP Statistics
- Monitoring Addresses Excluded from DHCP Local Server Use
- Monitoring DHCP Bindings
- Monitoring DHCP Binding Information
- Monitoring DHCP Binding Count Information
- Monitoring DHCP Binding Host Information
- Monitoring DHCP Bindings (Displaying IP Address-to-MAC Address Bindings)
- Monitoring DHCP Bindings (Displaying DHCP Bindings Based on Binding ID)
- Monitoring DHCP Bindings (Local Server Binding Information)
- Monitoring DHCP External Server Configuration Information
- Monitoring DHCP External Server Statistics
- Monitoring DHCP External Server Duplicate MAC Address Setting
- Monitoring DHCP Local Address Pools
- Monitoring DHCP Local Server Authentication Information
- Monitoring DHCP Local Server Configuration
- Monitoring DHCP Local Server Leases
- Monitoring DHCP Local Server Statistics
- Monitoring DHCP Option 60 Information
- Monitoring DHCP Packet Capture Settings
- Monitoring DHCP Relay Configuration Information
- Monitoring DHCP Relay Proxy Statistics
- Monitoring DHCP Relay Statistics
- Monitoring DHCP Server and DHCP Relay Agent Statistics
- Monitoring DHCP Server and Proxy Client Information
- Monitoring DHCPv6 Local Server Binding Information
- Monitoring DHCPv6 Local Server DNS Search Lists
- Monitoring DHCPv6 Local Server DNS Servers
- Monitoring DHCPv6 Local Server Prefix Lifetime
- Monitoring DHCPv6 Local Server Statistics
- Monitoring DHCPv6 Local Server Authentication Information
- Monitoring the Maximum Number of Available Leases
- Monitoring Static IP Address and MAC Address Pairs Supplied by DHCP Local Server
- Monitoring Status of DHCP Applications
- Monitoring DHCP Proxy Client Bindings
- Monitoring the Maximum Number of IPv6 Prefixes Delegated Per Interface by the DHCPv6 Local Server
- Monitoring the DHCPv6 Local Server to Send Delegated-IPv6-Prefix to SRC Client
- Managing the Subscriber Environment
- Configuring Subscriber Management
- Monitoring Subscriber Management
- Configuring Subscriber Interfaces
- Subscriber Interfaces Overview
- Dynamic Interfaces and Dynamic Subscriber Interfaces Overview
- Subscriber Interfaces Platform Considerations
- Subscriber Interfaces References
- Characteristics of Subscriber Interfaces
- Applications for Subscriber Interfaces
- Dynamic Creation of Subscriber Interfaces Overview
- Dynamic Subscriber Interfaces Using DHCP Events Overview
- Dynamic Subscriber Interfaces Using Packet Detection Overview
- Inheritance of MAC Address Validation State for Dynamic Subscriber Interfaces Overview
- How MAC Address Validation State Inheritance Works
- Example: Configuring Static Subscriber Interfaces
- Example: Configuring Dynamic Subscriber Interfaces
- Example: Configuring Dynamic Subscriber Interfaces Using Loopback Interfaces
- Monitoring Subscriber Interfaces
- Managing Subscriber Services
- Configuring Service Manager
- Service Manager Overview
- Service Manager Terms and Acronyms
- Service Manager Platform Considerations
- Service Manager References
- Configuring Service Manager
- Service Definitions Overview
- Creating Service Definitions
- Managing Your Service Definitions
- Referencing Policies in Service Definitions Overview
- Referencing QoS Configurations in Service Definitions
- Specifying QoS Profiles in Service Definitions
- Specifying QoS Parameter Instances in a Service Definition
- Modifying QoS Configurations with Service Manager
- Removing QoS Configurations Referenced by Service Manager
- QoS for Service Manager Considerations
- Configuring the Service Manager License
- Managing and Activating Service Sessions Overview
- Managing Subscriber Service Sessions by Using RADIUS Overview
- Activating Subscriber Service Sessions Using RADIUS
- Understanding Service Manager RADIUS Attributes
- Deactivating Service Sessions Using RADIUS
- Activating and Deactivating Subscriber Services by Using Mutex Groups Overview
- Activating and Deactivating Multiple Services
- Configuring a Mutex Service
- Combined and Independent IPv4 and IPv6 Services in a Dual Stack Overview
- Activation and Deactivation of IPv4 and IPv6 Services in a Dual Stack
- Understanding RADIUS Accounting for Service Manager
- Service Interim Accounting Overview
- Configuring Service Interim Accounting
- Configuring Calculation of Service Session Accounting Based on Scheduler Profiles Instead of Rate-Limit Profiles in Hierarchical Parent Groups for Forwarded Packets
- Service Interim Accounting for IPv4 and IPv6 Services in a Dual Stack Overview
- Collecting IPv6 Service Accounting Statistics Separately for Dual-Stack Subscribers Overview
- Managing Subscriber Service Sessions by Using the CLI Overview
- Activating Subscriber Service Sessions by Using the CLI Overview
- Activating Subscriber Sessions by Using the CLI
- Preprovisioning Service Sessions
- Service Session Profiles Overview
- Working with Service Session Profiles
- Deactivating Subscriber Service Sessions by Using the CLI Overview
- Gracefully Deactivating Subscriber Service Sessions
- Forcing Immediate Deactivation of Subscriber Service Sessions
- Using Service Session Profiles to Deactivate Service Sessions
- Configuring Service Manager Statistics
- Service Manager Performance Considerations
- Example: Tiered Service Definition
- Example: Video-on-Demand Service Definition
- Example: Voice-over-IP Service Definition
- Guided Entrance Service Overview
- Example: Guided Entrance Service Definition
- Using COA Messages with Guided Entrance Services
- Configuring the HTTP Local Server to Support Guided Entrance
- Redirection of Subscriber Sessions When HTTP Local Server is Disabled or Not Configured
- Example: Combined IPv4 and IPv6 Service in a Dual Stack Service Definition
- Preservation of the Original URL During Redirection of Subscriber Sessions
- Configuring the Preservation of the Original URL During Redirection of Subscriber Sessions
- Monitoring Service Manager
- Setting a Baseline for HTTP Local Server Statistics
- Monitoring the Connections to the HTTP Local Server
- Monitoring the Configuration of the HTTP Local Server
- Monitoring Statistics for Connections to the HTTP Local Server
- Monitoring Profiles for the HTTP Local Server
- Monitoring the Default Interval for Interim Accounting of Services
- Monitoring the Status of the Service Manager License
- Monitoring Profiles for Service Manager
- Monitoring IPv4 and IPv6 Interfaces for Service Manager
- Monitoring Service Definitions
- Monitoring Service Session Profiles
- Monitoring Active Owner Sessions with Service Manager
- Monitoring Active Subscriber Sessions with Service Manager
- Monitoring the Number of Active Subscriber and Service Sessions with Service Manager
- Verifying Computation of Service Session Accounting Based on Scheduler Profiles
- Index
