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軟體簡介:



Bowler Cisco CBT Labs Volume 1 And 2 DVD DISC 4 英文正式版(教學)(DVD一片裝)






Enhanced Interior Gateway Routing Protocol (EIGRP)
*Configure/Explain EIGRP and use show/debug commands for verification
*EIGRP Basics
*EIGRP Network command
*EIGRP MD5 Authentication
*Explain how EIGRP calculates the composite metric
*EIGRP Summarization
*EIGRP Leak-maps
*EIGRP default route
*Virtual Template Interfaces


Border Gateway Protocol (BGP)
*Configure/Explain BGP concepts listed below and use show/debug commands for verification
*BGP MD5 Authentication

*BGP TTL Security

*BGP Outbound Route Filtering (ORF) between 2 routers

*Configure/Explain BGP and use show/debug commands for verification
*External BGP (EBGP)
*Internal BGP (IBGP)
*BGP Authentication
*BGP Route Reflector's
*BGP AS_Path attribute
*BGP Local Preference attribute
*BGP Default Route
*BGP Route Aggregation
*BGP Route Dampening
*BGP Suppress-Maps
*BGP Unsuppress-Maps
*EBGP Multihop
*BGP Update Source Loopback
*BGP Weight Attribute
*BGP Multi-Exit Discriminator (MED) Attribute
*BGP Community Attribute
*BGP Confederations
*IP Prefix-Lists for BGP


Frame Relay

*Configure/Explain Frame Relay concepts listed below and use show/debug
commands for verification

*Frame Relay End to End Keepalives (EEK)

*Point to Point Protocol (PPP) Multilink over Frame Relay

*Explain and show how to setup Virtual Template interfaces and how they
are used with PPP over Frame Relay.

*Frame Relay Static configuration
*Frame Relay Point to Point configuration
*Frame Relay point-to-multipoint configuration
*Frame Relay switch in GNS3



IPv6

*Configure/Explain IPv6 concepts listed below and use show/debug commands
for verification

*Setting up Frame Relay Static maps using IPv6

*Routing Information Protocol Next Generation (RIPng)

*Configure RIPng on 3 routers on an Ethernet network and explain how RIPng
works in comparison to RIPv2

*Enhanced Interior Gateway Protocol (EIGRP) IPv6

*Configure EIGRP IPv6 on 3 different routers in an Ethernet network and show
the differences between EIGRP IPv6 and EIGRP IPv4

*Open Shortest Path First Version 3 (OSPFv3)

*Configure OSPFv3 on 3 different routers over frame relay

*Explain how OSPFv3 is different than OSPF IPv4

*Explain the link-local IPv6 addresses and how they are used to provide
reachability over frame relay networks using IPv6 dynamic routing protocols

*Border Gateway Protocol for IPv6, Mulitprotocol BGP (MBGP)

*Configure BGP IPv6 between 2 different routers and explain how BGP IPv6 works
in comparison to BGP IPv4

*Configure IPV6 on Fast Ethernet and Loopback Interfaces
*Configure IPV6 Static Routing
*IPV6 address auto-configuration


Routing Information Protocol (RIPv2)

*Configure/Explain RIPv2 concepts listed below and use show/debug commands
for verification

*Setup RIPv2 Offset Lists and explain how they are used to manipulate RIPv2
metrics and their filtering capabilities

*Setup RIPv2 Summarization

*RIPV2 on 6 routers
*RIPV2 plain text and md5 authentication
*Detailed look at rip hop count metric


Open Shortest Path First (OSPF)

* Configure/Explain OSPF concepts listed below and use show/debug commands for
verification

* OSPF over Frame Relay using the network types of Non-Broadcast and Broadcast.

* Explain the different characteristics of Non-Broadcast and Broadcast network
types in OSPF and how to configure and verify them.

* How to optimize your OSPF over Frame Relay using Broadcast and Non-Broadcast
network types

* Configure All OSPF Area types including, Stub Area, Totally-Stub Area, Not So
Stubby Area (NSSA) and Totally NSSA.

* Explain all the different OSPF area types and how they are used to filter Link
State Advertisements on within different OSPF Areas

* Configure Redistribution of RIPv2 routes into the OSPF domain

* OSPF Basics
* OSPF in Five different Areas
* OSPF simple and MD5 authentication
* OSPF Summarization (Internal)
* Explain the basics of OSPF
* OSPF Virtual links
* OSPF Virtual link alternative (GRE Tunnel)


Switching Labs

*802.1Q Tunnelling

*Configure/Explain how to setup an 802.1q Tunnel and show the characteristics of a L2VPN.
*Show how you can use an 802.1q Tunnel to create a Layer 2 VPN to tunnel CDP
information between to Switches that are not directly connected.
*Switchport Security
*Configure/Explain how to use Switchport Security and show the characteristics of
Switchport Security
*Explain how Switchport Security can be used to secure your switches from outside
attacks.
*Explain the 3 different modes of Switchport security and also show you advanced
Switchport security features to help ease the administration of switchports.
*Configure/Explain Etherchannels and use show commands for verification
*Configure a layer 2 Etherchannel
*Configure a layer 3 Etherchannel
*How to verify Etherchannel connectivity
*Dynamic Trunking Protocol (DTP)
*Configure/Explain DTP and use show commands for verification
*Vlan Trunking Protocol (VTP)
*Configure/Explain VTP and use show commands for verification
*Explain the different modes of VTP
*VTP Authentication
*VTP Pruning
*Vlan Trunking from a Switch to a Router
*Configure/Explain "router-on-a-stick" and use show commands for verification
*Configure/Explain VLAN's and use show commands for verification


IP Multicast

* Configure/Explain Multicast concepts listed below and use show/debug commands
for verification

* Auto RP between 4 routers

* Explain the concept of a mapping agent within AutoRP.

* Explain how to announce multicast groups on a RP into the Auto RP domain and how
the Mapping Agent will discover, advertise and Map to the groups to the specific RP's.

*Configure IP Protocol Independent Multicast Dense Mode (PIM-DM)
*Configure IP Protocol Independent Multicast Sparse Mode (PIM-SM)


Access Control Lists

* Configure/Explain the Zone Based Firewall concepts listed below and use show/debug
commands for verification

* Setup a Zone Based Firewall (ZBF) and show how they work with the MQC configuration set.

* Explain in detail how filtering takes place within ZBF's

* Explain the different Zone types

* Explain the concept of a Zone Pair

* Explain how you apply the policy map to the Zone pairs

* Explain how to put interfaces into different Zones

* Standard Access Control List (ACL)
* Virtual Terminal Line (VTY) Filtering
* Time Based Access Control List (TBACL)
* Explain/Verify how TBACLs work
* IP route-cache flow to monitor network traffic on the router


Quality of Service (QoS)

* Configure/Explain the QoS concepts listed below and use show/debug commands for
verification

* Explain in detail how to setup and use the Modular Quality of Service Command
Line Interface (MQC) configuration set

* Show how to use Class-maps, Policy-maps and apply the policy map inbound/outbound
on an interface.

* IP Network Based Application Recognition (NBAR)

* Explain in detail how to implement NBAR and how it can be used proactively to
discover Applications and Protocols that are running on or through a specific interface

* Explain Packet Description Language Module (PDLM) and how it can be used in NBAR

* Explain in detail the "Match Protocol" Class map statement and how it is related to NBAR

* Legacy Frame Relay Traffic Shaping (FRTS)

* Explain in detail how to setup and use Legacy FRTS on 3 different routers using
the concept of a map-class to apply under the specific Data Link Connection
Identifiers (DLCI's)

* Explore some of the main features of Legacy FRTS and explain them such as
map-class, CIR, Bc, Be, Tc, BECN, Adaptive shaping, MINCIR.

Point to Point Protocol (PPP)

*Configure/Explain PPP Multilink on 2 routers across multiple Serial
point-to-point connections.

*Explain the concept of bundling multiple interfaces together to form one
logical interface.

*PPP Authentication over Point to Point Serial Link
*PPP CHAP Authentication
*PPP PAP Authentication

Multi Protocol Label Switching (MPLS)
*Configure/Explain MPLS and use show/debug commands for verification
*MPLS Unicast IP Forwarding


MPLS VPN's
*Configure/Explain MPLS VPN's and use show/debug commands for verification
*Virtual Routing and Forwarding (VRF)
*Multi-Protocol BGP (VPNV4)
*Mutual Redistribution between PE and CE nodes running RIPv2
*Explain BGP AS-Path Attribute in MPLS VPN
*BGP allow-as in
*BGP as-override

On-Demand Routing (ODR)
*Configure/Explain ODR and use show/debug commands for verification
*Explain Cisco Discovery Protocol (CDP) and its use with ODR

Floating Static Route
*Configure/Explain floating static route and use show/debug commands for
verification

IP Services
*Configure/Explain Dynamic Host Configuration Protocol (DHCP) on a router and
use show/debug commands for verification
*Microsoft loopback adapter on your computer to act as a DHCP Client for the
DHCP Server in GNS3
*Configure/Explain Network Time Protocol (NTP) on a router and use show/debug
commands for verification
*Basic NTP for both Broadcast and Non-broadcast Networks

Policy Based Routing (PBR)
*Configure/Explain PBR and use show/debug commands for verification
*Policy Based Routing using a Route-map

Generic Routing Encapsulation (GRE)
*Configure/Explain GRE Tunnel and use show/debug commands for verification
*GRE Tunnel
*EIGRP Across GRE Tunnel
*Explain GRE Tunnel Basics

Hot Standy Router Protocol (HSRP)
*Configure/Explain HSRP and use show/debug commands for verification
*HSRP Preemption
*HSRP traffic flow

Connecting Real Switches to GNS3/Dynamips
*Connect a real 3550 to GNS3
*Verify connectivity between the router in GNS3 and the Real 3550
*Give you specifications on my GNS3/Dynamips Server

Redistribution
*Perform Mutual Redistribution between RIPv2 and OSPF
*Use a route-map to tag routes
*Explain RIP and OSPF Metrics
*Verify that redistribution is being performed properly using show commands

GNS3
*Configure/Explain how to use GNS3 and set it up to use.

Security Device Manager (SDM)
*Configure/Explain how to use SDM with GNS3