DSTEJPJuniper NetworksJP-DSTE1.0<ul> <li>Describe the path selection process of RSVP LSPs signaled without the use of Constrained Shortest Path First (CSPF).</li><li>Describe the IGP extensions needed to build and maintain the Traffic Engineering Database (TED).</li><li>Explain how the CSPF algorithm selects the best path based on provided constraints.</li><li>Explain how administrative groups can be used to influence path selection.</li><li>Explain the behavior of inter-area traffic engineered LSPs.</li><li>Describe the purpose, features, and operations of DiffServ-Aware TE.</li><li>Explain the differences between DiffServ-Aware TE LSPs and standard LSPs.</li><li>Explain the purpose of class types and TE classes.</li><li>Describe the MAM and Russian doll bandwidth constraint models.</li><li>Explain the purpose of multiclass DiffServ-Aware TE LSPs.</li><li>Explain DiffServ-Aware TE LSP oversubscription.</li><li>Describe how to configure DiffServ-Aware TE LSPs.</li><li>Explain how to forward traffic into DiffServ-Aware TE LSPs.</li><li>Explain how to provide traffic protection for DiffServ-Aware TE LSPs.</li><li>Describe how to configure automatic bandwidth adjustments for DiffServ-Aware TE LSPs.</li><li>Explain how to verify and monitor DiffServ-Aware TE LSPs.</li><li>Describe DiffServ-Aware LSP troubleshooting.</li><li>Explain how to troubleshoot CSFP issues.</li><li>Explain how to troubleshoot DiffServ-Aware TE issues.</li><li>Explain how to troubleshoot CoS for existing DiffServ-Aware LSPs.</li></ul><ul> <li>Intermediate-level networking knowledge.</li><li>Understanding of the Open Systems Interconnection (OSI) model and the TCP/IP protocol suite.</li></ul><p>This course benefits individuals responsible for configuring and troubleshooting issues with DiffServ-Aware TE LSPs</p><h5>Day 1</h5> <h5>Chapter 1: COURSE INTRODUCTION</h5> <h5>Chapter 2: Basic Operations of MPLS Traffic Engineering</h5><ul> <li>RSVP Behavior Without CSPF</li><li>CSPF Algorithm</li><li>CSPF Tie Breaking</li><li>Administrative Groups</li><li>Inter-Area Traffic Engineered LSPs</li><li>Path Computation Element Protocol</li><li>Corouted Bidirectional LSPs</li><li>Proactive Loss and Delay Measurements Over Associated Bidirectional LSPs</li><li>LAB 1: MPLS Traffic Engineering</li></ul><h5>Chapter 3: DiffServ-Aware TE Theory</h5><ul> <li>DiffServ-Aware TE Overview</li><li>Class Types and TE Classes</li><li>Bandwidth Constraints</li><li>P2MP LSPs and DiffServ-Aware TE</li><li>Traffic Protection and DiffServ-Aware TE</li></ul><h5>Chapter 4: DiffServ-Aware TE Implementation</h5><ul> <li>Configuring DiffServ-Aware TE</li><li>Verifying and Monitoring DiffServ-Aware TE LSPs</li><li>Multiclass DiffServ-Aware TE LSPs</li><li>DiffServ-Aware TE Case Study</li><li>LAB 2: Implementing DiffServ-Aware TE LSPs</li></ul> <h5>Chapter 5: Troubleshooting DiffServ-Aware LSPs</h5><ul> <li>DiffServ-Aware LSP Troubleshooting Overview</li><li>Troubleshooting CSPF-based LSPs</li><li>Troubleshooting DiffServ-Aware LSP Setup</li><li>Troubleshooting CoS for Existing DiffServ-Aware LSPs</li><li>LAB 3: Troubleshooting DiffServ-Aware LSPs</li></ul>- Describe the path selection process of RSVP LSPs signaled without the use of Constrained Shortest Path First (CSPF). - Describe the IGP extensions needed to build and maintain the Traffic Engineering Database (TED). - Explain how the CSPF algorithm selects the best path based on provided constraints. - Explain how administrative groups can be used to influence path selection. - Explain the behavior of inter-area traffic engineered LSPs. - Describe the purpose, features, and operations of DiffServ-Aware TE. - Explain the differences between DiffServ-Aware TE LSPs and standard LSPs. - Explain the purpose of class types and TE classes. - Describe the MAM and Russian doll bandwidth constraint models. - Explain the purpose of multiclass DiffServ-Aware TE LSPs. - Explain DiffServ-Aware TE LSP oversubscription. - Describe how to configure DiffServ-Aware TE LSPs. - Explain how to forward traffic into DiffServ-Aware TE LSPs. - Explain how to provide traffic protection for DiffServ-Aware TE LSPs. - Describe how to configure automatic bandwidth adjustments for DiffServ-Aware TE LSPs. - Explain how to verify and monitor DiffServ-Aware TE LSPs. - Describe DiffServ-Aware LSP troubleshooting. - Explain how to troubleshoot CSFP issues. - Explain how to troubleshoot DiffServ-Aware TE issues. - Explain how to troubleshoot CoS for existing DiffServ-Aware LSPs.- Intermediate-level networking knowledge. - Understanding of the Open Systems Interconnection (OSI) model and the TCP/IP protocol suite.This course benefits individuals responsible for configuring and troubleshooting issues with DiffServ-Aware TE LSPsDay 1 Chapter 1: COURSE INTRODUCTION Chapter 2: Basic Operations of MPLS Traffic Engineering - RSVP Behavior Without CSPF - CSPF Algorithm - CSPF Tie Breaking - Administrative Groups - Inter-Area Traffic Engineered LSPs - Path Computation Element Protocol - Corouted Bidirectional LSPs - Proactive Loss and Delay Measurements Over Associated Bidirectional LSPs - LAB 1: MPLS Traffic Engineering Chapter 3: DiffServ-Aware TE Theory - DiffServ-Aware TE Overview - Class Types and TE Classes - Bandwidth Constraints - P2MP LSPs and DiffServ-Aware TE - Traffic Protection and DiffServ-Aware TE Chapter 4: DiffServ-Aware TE Implementation - Configuring DiffServ-Aware TE - Verifying and Monitoring DiffServ-Aware TE LSPs - Multiclass DiffServ-Aware TE LSPs - DiffServ-Aware TE Case Study - LAB 2: Implementing DiffServ-Aware TE LSPs Chapter 5: Troubleshooting DiffServ-Aware LSPs - DiffServ-Aware LSP Troubleshooting Overview - Troubleshooting CSPF-based LSPs - Troubleshooting DiffServ-Aware LSP Setup - Troubleshooting CoS for Existing DiffServ-Aware LSPs - LAB 3: Troubleshooting DiffServ-Aware LSPs1 day700.00700.00700.00950.001000.001000.001000.001000.001000.001000.001000.001000.001000.001000.00