Table of Contents
- About This Guide
- Objectives
- E-series Routers
- Audience
- Documentation Conventions
- Related Juniper Networks Documentation
- Obtaining Documentation
- Documentation Feedback
- Requesting Support
- Configuring Policy Management
- Overview
- Policy Lists
- Secure Policies
- Classifier Control Lists
- Rate-Limit Profiles
- One-Rate Rate-Limit Profile
- Two-Rate Rate-Limit Profile
- References
- Configuration Tasks
- Creating a Rate-Limit Profile
- One-Rate
- Two-Rate
- Creating Classifier Control Lists
- Creating Policy Lists
- Creating a Policy List for IP
- Creating a Policy List for IPv6
- Creating a Policy List for Frame Relay
- Creating a Policy List for GRE Tunnels
- Creating a Policy List for L2TP
- Creating a Policy List for MPLS
- Creating a Policy List for VLANs
- Creating Classifier Groups and Policy Rules
- Policy Rule Support
- Rules That Provide Routing Solutions
- Creating Multiple Forwarding Solutions with IP Policy Lists
- Classifier Group Command
- Policy Rule Commands
- Applying Policy Lists to Interfaces and Profiles
- Enabling IP Options Filtering
- Using RADIUS to Create and Apply Policies
- Examples—Using the Ascend-Data-Filter Attribute
- Policy Applications
- Policy Routing
- Security
- Bandwidth Management
- One-Rate Rate-Limit Profile
- Two-Rate Rate-Limit Profile
- Rate Limiting Individual or Aggregate Packet Flows
- Packet Tagging
- Packet Flow Monitoring
- Policy Management and MPLS Topology-Driven LSPs
- Statically Configured Mapping
- Signaled Mapping
- Policy Resources
- FPGA Hardware Classifiers
- CAM Hardware Classifiers
- Software Classifiers
- Monitoring Policy Management
- Setting a Statistics Baseline
- Policy Management show Commands
- Configuring Quality of Service
- Overview
- Terms
- Features
- References
- Configuration Tasks
- Traffic Classes
- Best-Effort Forwarding
- Configuring a Traffic Class
- Traffic-Class Groups
- Configuring Traffic-Class Groups
- Queue Profiles
- Static Oversubscription
- Dynamic Oversubscription
- Overriding Default Queue Allocation
- Color-Based Thresholding
- Configuring Queue Profiles
- Drop Profiles
- How RED Works
- Configuring RED
- RED Configuration Examples
- Configuring Average Queue Length
- Configuring Thresholds
- Configuring Color-Blind RED
- How WRED Works
- Configuring WRED
- WRED Configuration Examples
- Configuring Different Treatment of Colored Packets
- Defining Different Drop Behavior for Each Traffic Class
- RED and Dynamic Queue Thresholds
- Scheduler Profiles
- Hierarchical Assured Rate
- Configuring Scheduler Profiles
- Shared Shaping
- Sharing Bandwidth with the SAR
- How Shared Shaping Works
- Simple Shared Shaping
- Simple Shared Shaping Example
- Simple Shared Shaping on the Best-Effort Scheduler Queue
- Simple Shared Shaping on the Best-Effort Scheduler Node
- Shared Shaping and Low-CDV Mode
- Compound Shared Shaping
- Shared Shaping Constituents
- Types of Shared Shapers
- Implicit Constituent Selection
- Implicit Bandwidth Allocation for Compound Shared Shaping
- Explicit Constituent Selection
- Explicit Shared Shaping Example
- Explicit Weighted Compound Shared Shaping Examples
- Simple Shared Shaping Configuration Examples
- VC Simple Shared Shaping Example
- VP Simple Shared Shaping Example
- Shared Shaping and Individual Shaping
- Compound Shared Shaping Configuration Examples
- Configuration Restrictions
- VC Compound Shared Shaping Example
- VP Compound Shared Shaping Example
- Shared Shaping Caveats
- Hardware Dependency
- Logical Interface Traffic Carried in Other Queues
- Traffic Starvation
- Oversubscription
- Burst Size
- Statistics Profiles
- Rate Statistics
- Event Statistics
- Memory and Processor Use
- Configuring Statistics Profiles
- QoS Profiles
- Configuring QoS Profiles
- Creating QoS Profiles
- Adding Groups, Nodes, and Queues to QoS Profiles
- Attaching QoS Profiles
- Configuring QoS for ATM Interfaces
- Integrating the HRR Scheduler and SAR Scheduler
- Backpressure
- Configuring the Integrated Scheduler
- Configuring the SAR Scheduler Mode of Operation
- Configuring the Operational QoS Shaping Mode
- ATM QoS Configuration Examples
- Default Integrated Mode
- Low-Latency Mode
- Low-CDV Mode
- Configuring QoS for L2TP Interfaces
- Configuration Procedure
- Scheduler Hierarchies
- QoS Profile Attachments
- Attaching a Profile to an Interface
- Attaching a Profile to a Port Type
- Munged QoS Profile
- QoS Profile Configuration Examples
- Diffserv Configuration with Multiple Traffic-Class Groups
- Strict-Priority Scheduling
- Relative Strict-Priority Scheduling
- True Strict Priority Versus Relative Strict Priority
- True Strict Priority
- Relative Strict Priority
- Relative Strict Priority on ATM Modules
- Oversubscribing ATM Ports
- Minimizing Latency on the SAR Scheduler
- HRR Scheduler Behavior
- Zero-Weight Queues
- Setting the Burst Size in a Shaping Rate
- Special Shaping Rate for Nonstrict Queues
- Configuring Relative Strict-Priority Scheduling
- Rate Shaping
- Port Shaping
- Clearing Statistics
- Monitoring QoS
- Index