OSPF Lab Manual Contents: Lab 1: OSPFv3 Virtual-Link Lab 2: External path selection in NSSA Lab 3: Stub and totally stuby area Lab 4: Manipulating of the Forwarding Address and the path selection Lab 5 : ABRs election and Forward Address in NSSA with OSPFv3 Lab 6 : loop prevention mechanism of inter-area ospf Lab 7: Forward Address and path selection in OSPFv2 Lab 8: OSPFv3 and the Forwarding Address Lab 9: OSPF path selection for external route Lab 10: OSPFv2 and OSPFv3 comparison Lab 11: OSPF over Frame-Relay and redistribution between two OSPF Processes-ID Lab 12: Redistribution between two OSPF Processes-ID Lab 13: OSPFv3 external path selection and Forward Address Lab 14: Forwarding Address selection Lab 15: Forwarding Address selection among two LSAs Type 7 for the same destination Lab 16: NSSA with OSPFv3 Lab 17: Virtual-Link OSPF Lab 18: Effects of ABR Loop Prevention with OSPFv3 Lab 19: Forwarding Address Lab 20: OSPFv3 and external route selection Lab 21: The Forwarding Address and path selection Lab 22: Routing Problem with OSPF Forwarding Address with all possible solutions Lab 23: How an ABR sets the Forward Address in the LSA Type 7 Lab 24: Routing Problem with OSPFv3 when advertising external routes in NSSA Lab 25: OSPFv3 LSAs : Types 2001 and 2002, Types 0008 and 2009 (Router and Network, Link and Intra-Area-Prefix) Lab 26: P-bit in LSA Type 7 loop prevention Lab 27: LSA Type-7 and LSA Type-5 which will win? Lab 28: LSA Type-7 With P-bit Clear and LSA Type-5 which win? Lab 29: Effect of the prefix-suppression Feature over the LSAs Type-1 and Type-2 Lab 30: V-bit and B-bit in LSA Type 1 Lab 31: Effect of the ABR Loop Prevention over the LSA Type 4 Lab 32: External Default route in NSSA area Lab 33: External Routes over LSA Type-7 and LSA Type-5 Lab 34: Next-Hop Field in OSPFv2 and OSPFv3 Lab 35: Adjacencies in OSPFv3 Lab 36: Suppressing the Forward Address in the LSA Type 7 Lab 37: LSA Type-7 and the P-Bit Lab 38: Analysing the LSAs Type of OSPFv3 Lab 39: Understanding of Not-So-Stubby Area (NSSA) Lab 40: LSA Type 4 asb-summary LSA Part1 Lab 41: LSA Type 4 asb-summary LSA Part 2 Lab 42: Fields of the LSAs Type on OSPFv3 Lab 43: Suboptimal Routing with LSA Type 4 Lab 44: LSA Type 7 and LSA Type 5 Lab 45: OSPFv3 over Frame-Relay Lab 46: OSPFv3 and RIPng Redistribution Path control and security Lab 47: Forward Address and Next-hop Field: Lab 48: Inter-area router LSA and suboptimal routing in OSPFv3 Lab 49: Inter-area prefix LSA and suboptimal routing in OSPFv3 Lab 50: asbr-summary LSA Type 4 Lab 51: Analysing OSPF Router LSA (LSA Type 1) Lab 52: Inter-area Router and Prefix loop prevention and the suboptimal routing Lab 53: Type-5 LSA and a Type-7 LSA for the same network from an ASBR NSSA Lab 54: Optimization of OSPF Lab 55: NSSA external prefix and secondary address Lab 56: Third-Party Next-Hop Lab 57: Router and Summary LSAs inter-area and intra-area routes Lab 58: Virtual-link Router and Summary LSAs Lab 59: OSPFv3 Forward Address and Path Slection Lab 60: Two LSAs Type 7 to the same destination from two ASBRs Lab 61: Two different external routes with the same Network number and different Mask Lab 62: OSPF over NBMA Lab 63: Clear the P-bit in LSA Type 7 EIGRP Lab Manual Contents: Lab 01: Redistribution between two EIGRP AS Offset-List and EIGRP Stub Lab 02: Redistribution between two AS EIGRP Variance and Offset-List Lab 03: EIGRP over Frame-Relay Lab 04: Troubleshooting EIGRP Lab 05: EIGRP redistribution between two AS and the next-hop field Lab 06: Next-Hop Field with EIGRP over IPv4 Lab 07: Next-Hop Field with EIGRP over IPv6 Lab 08: EIGRP Stub Feature Lab 09: Filter EIGRP external routes Lab 10: EIGRP Filtering using prefix-list and route-map Lab 11: EIGRP Route Filtering:Route-Map Prefix-List ACL with Distribute-list Lab 12: EIGRP Route Leaking Maximum hopcount and Route tag Lab 13: Next-hop field between two AS eigrp IPv6 Lab 14: Successor and Feasible Successor Lab 15: show ip eigrp topology all-links subcommand Lab 16: EIGRP Default Route Summarization Authentication PBR Lab 17: EIGRP with two AS Frame-relay and Floating Static Route Lab 18: Optimization EIGRP over Frame-relay Network Lab 19: EIGRP Summary and Leak Map Lab 20: Feasible Successor issues Lab 21: Two EIGRP AS number and two equal paths to the same destination Lab 22: EIGRP named over IPv6 BGP Lab Manual Contents: Lab 1: BGP infuencing the path using MED and Prepend Lab 2: Lab BGP path control Lab 3: BGP Lab Case Study Lab 4: BGP bestpath as-path ignore and Aggregate-address Lab 5: BGP Community Attribute Prepend and Default route Lab 6: BGP BACKDOOR and as-path prepending Lab 7: BGP Prepend Weight Default route Lab 8: BGP route reflector community Lab 9: BGP peer group communauty LOCAL PREF Lab 10: Redistribution between OSPF and BGP Lab 11: Redistribution between EIGRP and BGP Lab 12: Caveats when redistributing between BGP and OSPF Lab 13: BGP OSPF EIGRP HSRP and IPsec VPN Lab 14: BGP OSPF NAT PATLab 14: BGP OSPF NAT PAT Lab 15: BGP LOCAL_PREF attribute Lab Lab 16: MP-BGP IPv6 Local-Preference Weight and Community Attributes Lab 17: Attributes manipulation and route redistribution Lab 18: BGP confederation summarization weight and unsuppress-map Lab 19: BGP Conditional advertisement Redistribution Lab Manual Contents: Lab 1: Redistribution Connected Routes Lab 2: Two routing protocols with the same AD Lab 3: OSPF EIGRP RIP Suboptimal Path Lab 4: RIP EIGRP OSPF Suboptimal Path Lab 5: Redistributing a Subset of Routes Using a Route Map Lab 6: redistribution bgp ospf eigrp Lab 7: EIGRP RIP OSPF FRAME-RELAY REDISTRIBUTION VIRTUAL-LINK Lab 8: Mutual Redistribution at Multiple Routers and Suboptimal Routing Lab 9: OSPFv3 and RIPng Redistribution Path control and security Lab 10: IPv6 IGP Redistribution (RIPng OSPFv3) Lab 11: Redistribution between MP-BGP RIPng and OSPFv3 Lab 12: redistribution between eigrp and IS-IS Lab 13: Redistribution between IS-IS and OSPF and suboptimal routing Lab 14: Advanced Routing Lab IS-IS Lab Manual Contents: Lab 1: IS IS level 1 Lab 2: IS IS level 2 Lab 3: ISIS route leaking Lab 4: Multiple area IS-IS network Lab 5: ISIS adjacencies level
Posted on: Sun, 07 Dec 2014 09:58:31 +0000
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