Network Design by Arash Deljoo

1-Scalable EIGRP Design Overview

2-EIGRP with Multiple Autonomous Systems Introduction

3-EIGRP Queries Introduction

4-Multiple EIGRP Autonomous System Drivers

5-EIGRP Multilayer Architectures Design Recommendation

6-Logical Zones and Choke Points Introduction

7-Design Optimization Using Choke Points and Summarization Introduction

8-EIGRP Two-Layer Hierarchy Architecture Design Recommendation

9-EIGRP Three-Layer Hierarchy Architecture Design Recommendation

10-EIGRP Alternate Paths at the Access Layer Design Recommendation

1-EIGRP Hub-and-Spoke Design Overview

2-Summarization Challenges Introduction

3-Route Summarization Black Holes Introduction

4-Route Summarization and Suboptimal Routing Introduction

5-EIGRP Hub-and-Spoke Scalability Optimization Introduction

6-EIGRP Stub Leaking Introduction

7-EIGRP Over Dual Hubs and Spokes with a Backdoor Link

8-EIGRP DMVPN Scaling

1-EIGRP Fast Convergence Design Considerations Overview

2-Bidirectional Forwarding Detection (BFD) Introduction

3-EIGRP Graceful Restart/NSF Considerations Introduction

1-OSPF Scalability Design Considerations Overview

2-Adjacent Neighbors Considerations Introduction

3-Routing Information in the Area and the Routed Domain Considerations Introduction

4-Numbers of Routers in an Area Considerations Introduction

5-Number of Areas per ABR Considerations Introduction

1-OSPF Area Design Considerations Overview

2-Partitioned Backbone Area Introduction

3-OSPF Hierarchy Introduction

4-OSPF Border Routers Placement Introduction

5-Area and Domain Summarization Introduction

6-Structured Summarizable IP Addressing Scheme Introduction

7-Approaches to Summarize Routes in OSPF Introduction

1-OSPF Full-Mesh Design Design Considerations

2-OSPF Hub-and-Spoke Design Considerations

3-OSPF ABR Placement in Hub-and-Spoke Design Considerations

4-OSPF over Hub and Spoke (Hub as ABR) Introduction

5-OSPF over Hub and Spoke (Spokes as ABR) Introduction

6-Number of Areas in OSPF Hub-and-Spoke Design Considerations

7-OSPF Network Types in Hub-and-Spoke Design Design Considerations

1-OSPF Convergence Design Introduction

2-OSPF Optimization Techniques Introduction

3-OSPF Event Detection Introduction

4-OSPF Event Propagation Introduction

5-OSPF Event Processing Introduction

6-OSPF Flooding Reduction Introduction

7-OSPF Database Overload Protection Introduction

1-IS-IS Protocol Overview

2-IS-IS Characteristics Introduction

3-Integrated IS-IS Routing Introduction

4-Connectionless Network Service (CLNS) Introduction

5-End systems Introduction

6-Intermediate systems Introduction

1-IS-IS Hierarchical Architecture Overview

2-IS-IS Router and Link Types Introduction

3-IS-IS Adjacencies Introduction

1-Similarities Between IS-IS and OSPF Overview

2-OSPF and IS-IS Characteristics Overview

3-Integrated IS-IS and OSPF Area Designs Overview

1-IS-IS Addressing Overview

2-IS-IS packets and data flow Overview

3-IS-IS network types and operation Overview

4-IS-IS LSP flooding and LSDB synchronization Overview

5-IS-IS Protocol Operations Overview

6-Level 1 and Level 2 LSPs and IIHs Overview

7-IS-IS Link-State Packets Flooding Overview

8-IS-IS LSDB Synchronization Overview

1-IS-IS Routing Logic Overview

2-IS-IS Route Leaking Overview

3-IS-IS Interarea/Level Routing Default Behavior Overview

4-Optimal IS-IS Routing Overview

5-IS-IS Route Leaking and Loop Prevention Overview

6-Asymmetric Versus Symmetric IS-IS Routing Overview

7-IS-IS Suboptimal (Asymmetrical) Routing Overview

8-IS-IS Optimal (Symmetrical) Routing Overview

1-IS-IS Routing over NBMA Hub-and-Spoke Design Recommendation

2-IS-IS Routing over a Full-Mesh Network Design Recommendation

3-Flat IS-IS Routing Design Design Recommendation

4-Hierarchal IS-IS Design Design Recommendation

5-IS-IS Routes Summarization Design Recommendation

1-Integrated IS-IS for IPv6 Overview

2-IS-IS Single-Topology Restrictions introduction

3-Multitopology IS-IS for IPv6 introduction

4-Integrated IS-IS for IPv6 Design Recommendation

1-BGP Speaker Types Overview

2-BGP Loop Prevention and Split-Horizon Rule Overview

3-EBGP Loop Prevention Overview

4-IBGP Split-Horizon Rule Overview

5-BGP Path Attributes Types Overview

6-BGP Best Path Selection Overview

1-Designing Scalable iBGP Networks Overview

2-iBGP Scalability Limitations Overview

3-IBGP Scalability Solutions Overview

4-BGP Route Reflectors Overview

5-IBGP Design Optimization with BGP RR Overview

6-IBGP Speaker Types in an RR Environment Overview

7-BGP Confederations Overview

8-BGP Confederations Versus BGP Route Reflectors Overview

1-Route Reflector Split-Horizon Rule Overview

2-BGP Route Reflectors Redundancy Design Options and Considerations

3-Route Reflector Clusters Overview

4-Route Reflector Cluster ID Overview

5-Congruence of Physical and Logical Networks Overview

6-Impact of Physical Links on RR Design Introduction

7-Optimized Physical Network Design to Support Redundant RR Design

8-Hierarchical Route Reflector Design Overview

9-Route Reflector Potential Network Design Issues Introduction

1-BGP Community Attribute Overview

2-Well-Known BGP Communities Overview

3-BGP Named Community List Overview

4-Planning for the Use of BGP Communities Introduction

1-Enterprise BGP Policy Requirements Introduction

2-BGP Community Solution Design Introduction

3-Solution Detailed Design and Traffic Flow Introduction

4-Planning for the Use of BGP Communities Introduction

1-BGP Load-Sharing Design Introduction

2-Single-Homing Versus Multihoming Design Recommendation

3-Dual-Homing and Multihoming Design Considerations

4-Single-Homed, Multiple Links Design Recommendation

5-Dual-Homed to One ISP Using a Single Local Edge Router Design Recommendation

6-Dual-Homed to One ISP Using Multiple Edge Routers Design Recommendation

7-Multihoming with Two ISPs Using a Single Local Edge Router Design Recommendation

8-Multihoming with Two ISPs Using Multiple Local Edge Routers Design Recommendation

1-IPv6 Deployment and Design Considerations Introduction

2-Business and Network Discovery Phase Introduction

3-Assessment Phase Introduction

4-Planning and Design Phase Introduction

5-Implementation and Optimization Phases Introduction

1-Considerations for Migration to IPv6 Design Introduction

2-Acquiring IPv6 Prefixes Introduction

3-Provider Independent Versus Provider Assigned Introduction

4-Where to Start the Migration?

5-Migration Models and Design Considerations Introduction

6-IPv6 Island Model Introduction

7-IPv6 WAN Model Introduction

1-IPv6 Transition Mechanisms Overview

2-Dual Stack Overview

3-Manual Tunnels Overview

4-Tunnel Brokers Overview 

5-6 Rapid Deployment(6RD) Overview

1-Dual-Stack Lite (DS-Lite) Overview

2-Locator/ID Separation Protocol (LISP) Overview

3-LISP Connecting IPv6 Islands Overview

4-Connecting Non-LISP IPv6 Internet Users to Hosted IPv6 Content over the IPv4 Internet Overview 

5-Final Thoughts on IPv6 Transition Mechanisms

1-IPv6 Services Overview

2-Name Services Overview

3-Name Services Implementation Recommendations

4-Addressing Services Overview

5-Addressing Services Implementation Recommendations

6-Security Services Overview

1-Link Layer Security Considerations Overview

2-Application Support Design Considerations

3-Application Adaptation Design Considerations

4-Application Workarounds Design Considerations

5-Control Plane Security Overview

6-Dual-Stack Security Design Considerations

7-Tunneling Security Design Considerations

8-Multihoming Design Considerations

1-Choosing Your WAN Connection Introduction

2-WAN connection Considerations about Convergence

3-WAN connection Considerations about Scalability

4-WAN connection Considerations about Quality of service (QoS)

5-WAN connection Considerations about Service-level agreement (SLA) and reporting

6-WAN connection Considerations about Supported traffic

7-WAN connection Considerations about MTU size

8-WAN connection Considerations about Access coverage and media type

9-WAN connection Considerations about Inter-AS MPLS VPN

10-WAN connection Considerations about Managed CE service

1-MPLS VPN Architecture Introduction

2-Customer network Introduction

3-Customer edge (CE) router Introduction

4-Provider (P) network Introduction

5-Provider edge (PE) router Introduction

6-P router Introduction

1- QoS Overview

2- IntServ vs DiffServ Models

3- Classification and Marking

4- Layer 2 Marking (IEEE 802.1Q/p CoS)

5- Layer 3 Marking (IP ToS and DSCP)

1- " How Does IP Multicast Work " Review

2- Multicast in Action Review

3- Unicast in Action Review

1- Multicast Group Review

2- Multicast addresses in IPv4 Review

3- Multicast addresses in IPv6 Review

1- First-hop routers (FHR) Review

2- Last-hop routers (LHR) Review

3- Multicast Distribution Trees Review

4- IP Multicast Service Model Review

1- Functions of a Multicast Network Review

2- The key steps for a properly functioning multicast network Review

1- Multicast Protocols Overview

2- Intradomain Multicast Protocol Overview

3- Interdomain Multicast Protocol Overview

1- Outgoing Interface List (OIL) Overview

2- Reverse Path Forwarding (RPF) Overview

3- Multicast Forwarding Overview

1- RPF Check Failure Case Study Overview

2- RPF Check Succeeds Case Study Overview

1- Source Distribution Tree Overview

2- Shared Distribution Tree Overview

3- Dense Mode Multicast Routing Protocol Overview

4- Sparse Mode Multicast Routing Protocol Overview

1- Source-specific multicast (SSM) Overview

2- SSM characteristics Overview

3- Source-specific Multicast Example Overview