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El. knyga: Alcatel-Lucent Service Routing Architect (SRA) Self-Study Guide: Preparing for the BGP, VPRN and Multicast Exams [Wiley Online]

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  • Formatas: 1200 pages
  • Išleidimo metai: 19-Jun-2015
  • Leidėjas: John Wiley & Sons Inc
  • ISBN-10: 1119183588
  • ISBN-13: 9781119183587
Kitos knygos pagal šią temą:
  • Wiley Online
  • Kaina: 95,16 €*
  • * this price gives unlimited concurrent access for unlimited time
Alcatel-Lucent Service Routing Architect (SRA) Self-Study Guide: Preparing for the BGP, VPRN and Multicast ExamsDidesnis paveikslėlis
  • Formatas: 1200 pages
  • Išleidimo metai: 19-Jun-2015
  • Leidėjas: John Wiley & Sons Inc
  • ISBN-10: 1119183588
  • ISBN-13: 9781119183587
Kitos knygos pagal šią temą:
Wiley Online E-booksMore info about Wiley Online
Partnerių interneto svetainė: https://onlinelibrary.wiley.com/doi/book/10.1002/9781119183587
A comprehensive resource for professionals preparing for Alcatel-Lucent Service Routing Architect (SRA) certification

Networking professionals are taking note of Alcatel-Lucent and its quick ascent in the networking and telecom industries. IP networking professionals looking for a comprehensive guide to obtaining the Alcatel-Lucent Service Routing Architect (SRA) certification will be pleased to learn of this new publication, Alcatel-Lucent Service Routing Architect (SRA) Self-Study Guide: Preparing for the BGP, VPRN and Multicast Exams. The book comprises approximately 2,600 pages of print and additional online content, making it the foremost resource for those looking to make themselves IP subject matter experts.

In this impressive resource, readers will find detailed information to prepare them for various sections of the Service Routing Architect certification, and to familiarize them with topics and learning material for three of the SRA written exams. Pre- and post-chapter assessment questions, sample written exam questions, and valuable lab exercises ensure that readers will gain knowledge and develop strategies for successfully obtaining certification. Other highlights of the book include:

  • Offers a comprehensive look at certification topics through 1,500 pages of printed content and an additional 1,100 pages of authoritative online information
  • Provides strategies for troubleshooting complex network problems
  • Serves as the premier resource for Service Routing Architect certification—similar books do not offer this level of detail

Alcatel-Lucent Service Routing Architect (SRA) Self-Study Guide: Preparing for the BGP, VPRN and Multicast Exams has been developed for industry professionals working in network environments where Alcatel-Lucent products are deployed, and for industry professionals with Cisco and Juniper certifications looking to expand their knowledge and skill base. Engineers and networking professionals with an SRA certification from Alcatel-Lucent will be in high demand. Let this must-have learning resource prepare you for success!

Foreword xxix
Introduction xxxi
Chapter 1 Introduction and Overview
1(18)
1.1 Border Gateway Protocol
2(7)
Introduction to BGP
6(1)
Multiprotocol BGP
7(2)
1.2 Virtual Private Routed Network
9(3)
1.3 Multicast
12(4)
Multicast VPN
14(2)
Chapter Review
16(3)
Part I Border Gateway Protocol (BGP)
Chapter 2 Internet Architecture
19(14)
Pre-Assessment
20(2)
2.1 Internet Architecture Overview
22(2)
Peering and Transit
22(1)
ISP Tiers
22(2)
2.2 Autonomous Systems
24(4)
AS Numbers
24(1)
AS Types
25(1)
Inter-AS Traffic Flow
26(2)
Chapter Review
28(1)
Post-Assessment
29(4)
Chapter 3 BGP Fundamentals
33(30)
Pre-Assessment
34(2)
3.1 BGP Overview
36(1)
3.2 BGP Operation
36(7)
BGP Neighbor Establishment and the Finite State Machine (FSM)
37(3)
BGP Timers
40(1)
Routing Information Exchange between BGP Peers
40(3)
3.3 BGP Session Types (eBGP and iBGP)
43(2)
BGP Route Propagation
44(1)
3.4 BGP Attributes
45(13)
Origin Attribute
46(1)
AS-Path Attribute
47(1)
AS4-Path Attribute
48(1)
Next-Hop Attribute
49(2)
Local-Pref Attribute
51(1)
Atomic-Aggregate Attribute
51(1)
Aggregator Attribute
52(1)
Community Attribute
52(1)
Well-Known Communities
53(1)
Multi-Exit-Disc (MED) Attribute
53(1)
Originator-ID and Cluster-List Attributes
54(1)
MP-Reach-NLRI and MP-Unreach-NLRI
54(1)
PMSI-Tunnel
55(1)
Packet Forwarding
56(2)
Chapter Review
58(1)
Post-Assessment
59(4)
Chapter 4 Implementing BGP in Alcatel-Lucent SR OS
63(68)
Pre-Assessment
64(3)
4.1 BGP Route Selection
67(7)
Route Table Manager (RTM)
67(1)
BGP Databases
68(1)
BGP Route Processing
68(6)
4.2 Configuring BGP in SR OS
74(31)
Address Planning
74(1)
BGP Command-Line Interface Structure in SR OS
75(3)
eBGP Configuration
78(3)
Exporting Networks to BGP
81(6)
iBGP Configuration
87(10)
Traffic Flow across the AS
97(8)
4.3 BGP Address Families
105(8)
IPv6 BGP Deployment Considerations
106(1)
IPv6 BGP Configuration
106(7)
Practice Lab: Configuring BGP in SR OS
113(10)
Lab Section 4.1: IGP Discovery and Preparing to Deploy BGP
113(3)
Lab Section 4.2: eBGP Configuration and Exporting AS 64501 Customer Networks to BGP
116(2)
Lab Section 4.3: iBGP Configuration and Exporting External Customer Networks to BGP
118(1)
Lab Section 4.4: Traffic Flow Analysis
119(2)
Lab Section 4.5: IPv6 BGP Configuration
121(2)
Chapter Review
123(1)
Post-Assessment
124(7)
Chapter 5 Implementing BGP Policies on Alcatel-Lucent SR
131(102)
Pre-Assessment
132(3)
5.1 Policy Implementations and Tools
135(20)
Objectives of BGP Policies
135(1)
Deploying BGP Policies
135(1)
BGP Export Policies
136(2)
BGP Import Policies
138(1)
Policy Statements
139(2)
Policy Evaluation
141(14)
5.2 Prefix-Lists
155(9)
Export Policy with Prefix-List
155(3)
Import Policy with Prefix-List
158(3)
Matching on Prefix Length
161(3)
5.3 Using Communities to Control Route Selection
164(9)
Use of the Community Attribute
164(9)
5.4 Aggregate Route Policy
173(16)
Advertising Aggregate and Specific Routes
173(3)
Advertising Aggregate Route Only
176(9)
Aggregating Neighboring AS Address Space
185(4)
5.5 Using AS-Path to Control Route Selection
189(10)
AS-Path Prepend
190(5)
AS-Path Regular Expressions
195(4)
5.6 Using MED
199(8)
always-compare-med
203(4)
5.7 Using Local-Pref to Influence Traffic Flow
207(7)
Practice Lab: Configuring BGP in SR OS
214(8)
Lab Section 5.1: Defining Communities
214(2)
Lab Section 5.2: Build the Inter-AS Export Policies
216(3)
Lab Section 5.3: Build the Inter-AS Import Policies
219(1)
Lab Section 5.4: Traffic Flow Analysis
220(2)
Chapter Review
222(1)
Post-Assessment
223(10)
Chapter 6 Scaling iBGP
233(54)
Pre-Assessment
234(2)
6.1 BGP Confederations
236(9)
BGP Attributes in a Confederation
237(1)
Configuration of a BGP Confederation
238(7)
6.2 BGP Route Reflectors
245(23)
Route Reflection Rules
246(3)
Loop Detection in Route Reflector Topologies
249(1)
Route Reflector Redundancy
250(17)
Hierarchical Route Reflectors
267(1)
6.3 MPLS Shortcuts for BGP
268(4)
Practice Lab: Scaling iBGP in SR OS
272(6)
Lab Section 6.1: Configuring BGP Confederations
273(1)
Lab Section 6.2: Scaling iBGP with Route Reflectors
274(2)
Lab Section 6.3: MPLS Shortcuts for BGP
276(2)
Chapter Review
278(1)
Post Assessment
279(8)
Chapter 7 Additional BGP Features
287(54)
Pre-Assessment
288(3)
7.1 BGP Best External
291(11)
Route Advertisement without Best External
293(3)
Route Advertisement after Enabling Best External
296(6)
7.2 BGP Add-Paths
302(17)
Configuring and Verifying BGP Add-Paths
304(8)
Load Balancing with Add-Paths
312(7)
7.3 BGP Fast Reroute
319(6)
Practice Lab: Additional BGP Features
325(4)
Lab Section 7.1: BGP Best External
325(1)
Lab Section 7.2: BGP Add-Paths
326(1)
Lab Section 7.3: BGP Fast Reroute
327(2)
Chapter Review
329(1)
Post-Assessment
330(11)
Part II Virtual Private Routed Networks (VPRNs)
Chapter 8 Basic VPRN Operation
341(62)
Pre-Assessment
342(2)
8.1 VPRN Purpose and Overview
344(3)
VPRN Operation
344(3)
8.2 VPRN Components
347(26)
CE-to-PE Routing
349(7)
Multiple VPRNs on the Same PE
356(2)
PE-to-PE Routing
358(1)
MP-BGP
358(3)
Route Distinguisher
361(1)
Route Target
362(1)
VPN Route Advertisement
363(3)
Transport Tunnels
366(3)
PE-to-CE Routing
369(4)
8.3 Data and Control Plane Operation
373(16)
Control Plane Operation
373(4)
Data Plane Flow
377(1)
VPRN Outbound Route Filtering
378(8)
Aggregate Routes
386(3)
Practice Lab: Configuring a VPRN in SR OS
389(8)
Lab Section 8.1: Configuring a VPRN with Static Routes
389(3)
Lab Section 8.2: Configuring a VPRN with BGP for CE-PE Routing
392(2)
Lab Section 8.3: Configuring an Aggregate Route in VPRN
394(1)
Lab Section 8.4: Configuring Outbound Route Filtering
395(2)
Chapter Review
397(1)
Post-Assessment
398(5)
Chapter 9 Advanced VPRN Topologies and Services
403(74)
Pre-Assessment
404(2)
9.1 Loop Prevention in a VPRN
406(13)
AS-Path Nullification
407(3)
AS-Path remove-private
410(1)
AS-override
411(2)
Site of Origin
413(6)
9.2 VPRN Network Topologies
419(24)
Full Mesh VPRN
419(1)
Hub and Spoke VPRN
420(12)
Extranet VPRN
432(6)
Spoke-SDP Termination in a VPRN Service
438(5)
9.3 VPRN Internet Access
443(13)
Internet Access Using the Global Route Table
443(1)
Internet Access Using Route Leaking between VRF and GRT
444(7)
Internet Access Using Extranet with an Internet VRF
451(5)
Practice Lab: Configuring Advanced VPRN Topologies
456(13)
Lab Section 9.1: Configuring a Loop Prevention Technique in a VPRN
456(2)
Lab Section 9.2: Configuring Site of Origin in a VPRN
458(2)
Lab Section 9.3: Configuring a Hub and Spoke VPRN
460(2)
Lab Section 9.4: Configuring an Extranet VPRN
462(2)
Lab Section 9.5: Configuring Spoke Termination in a VPRN
464(2)
Lab Section 9.6: Configuring Internet Access Using GRT Leaking
466(3)
Chapter Review
469(1)
Post-Assessment
470(7)
Chapter 10 Inter-AS VPRNs
477(62)
Pre-Assessment
478(2)
10.1 Introduction
480(1)
10.2 Inter-AS Model A VPRN
481(13)
Model A Control Plane
482(1)
Model A Data Plane
483(1)
Model A Configuration
484(10)
10.3 Inter-AS Model B VPRN
494(12)
Model B Control Plane
494(1)
Model B Data Plane
495(1)
Model B Configuration
496(10)
10.4 Inter-AS Model C VPRN
506(18)
Model C Control Plane
507(5)
Model C Data Plane
512(2)
Model C Configuration
514(10)
Comparison of Inter-AS Models
524(1)
Practice Lab: Configuring Inter-AS VPRNs
524(6)
Lab Section 10.1: Configuring an Inter-AS Model A VPRN
524(2)
Lab Section 10.2: Configuring an Inter-AS Model B VPRN
526(2)
Lab Section 10.3: Configuring an Inter-AS Model C VPRN
528(2)
Chapter Review
530(1)
Post-Assessment
531(8)
Chapter 11 Carrier Supporting Carrier VPRN
539(56)
Pre-Assessment
540(3)
11.1 Overview of Carrier Supporting Carrier
543(15)
CSC Architecture
544(2)
CSC Operation
546(2)
CSC Configuration
548(10)
11.2 CSC for an MPLS Service Provider Customer Carrier
558(11)
Control Plane Operation
559(2)
Data Plane Operation
561(2)
CSC Configuration for an SP Customer Carrier
563(6)
11.3 CSC for an Internet Service Provider
Customer Carrier
569(1)
Control Plane Operation
570(1)
Data Plane Operation
570(1)
CSC Configuration for an ISP Customer Carrier
571(6)
11.4 CSC Summary
577(1)
Practice Lab: Configuring CSC VPRNs
578(6)
Lab Section 11.1: Configuring a CSC VPRN for an SP Using labeled iBGP
578(3)
Lab Section 11.2: Configuring a CSC VPRN for an ISP Using IGP/LDP
581(3)
Chapter Review
584(1)
Post-Assessment
585(10)
Part III Multicast Routing
Chapter 12 Multicast Introduction
595(30)
Pre-Assessment
596(2)
12.1 Purpose and Operation of Multicast
598(11)
Data Delivery Methods
598(4)
Multicast Applications
602(2)
Multicast Characteristics
604(1)
Multicast Network Components
605(3)
Multicast Operation
608(1)
12.2 Multicast Addressing
609(11)
Multicast Address Range
609(1)
Local Network Control Block
610(1)
SSM Block
610(1)
GLOP Address Block
611(1)
Administratively Scoped Range
611(1)
Other IPv4 Reserved Blocks
612(1)
Multicast Address Assignment Methods
612(1)
Mapping IPv4 Multicast to MAC
613(3)
IPv6 Multicast Addressing
616(4)
Chapter Review
620(1)
Post-Assessment
621(4)
Chapter 13 Multicast Routing Protocols
625(88)
Pre-Assessment
626(2)
13.1 Internet Group Management Protocol (IGMP)
628(25)
Layer 2 Frame Forwarding
628(3)
IGMP Versions
631(1)
IGMP Version 2
632(4)
IGMP version 3
636(4)
IGMP Configuration
640(5)
IGMP Snooping
645(5)
IGMP Proxy
650(3)
13.2 Multicast Listener Discovery Protocol
653(9)
MLDv1
654(2)
MLDv2
656(2)
MLD Configuration
658(4)
13.3 Protocol Independent Multicast (PIM)
662(36)
PIM ASM
663(2)
PIM SSM
665(1)
PIM Operation
666(30)
PIM for IPv6
696(2)
Practice Lab: Configuring and Verifying Multicast for IPv4 and IPv6
698(7)
Lab Section 13.1: Configuring and Verifying NM and IGMP
698(4)
Lab Section 13.2: Configuring and Verifying MLD and PIM for IPv6
702(3)
Chapter Review
705(1)
Post-Assessment
706(7)
Chapter 14 Multicast Resiliency
713(58)
Pre-Assessment
714(3)
14.1 Core Network Resiliency
717(18)
RP Scalability and Protection
717(1)
Bootstrap Router (BSR) Protocol
718(8)
Anycast RP
726(5)
Embedded RP
731(4)
14.2 Access Network Resiliency
735(5)
14.3 Multicast Policies
740(9)
Incongruent Routing
740(2)
PIM Policies
742(2)
Multicast Connection Admission Control (MCAC)
744(5)
Practice Lab: Configuring and Verifying Multicast Resiliency
749(12)
Lab Section 14.1: Configuring and Verifying Bootstrap Router (BSR) Protocol
750(2)
Lab Section 14.2: Configuring and Verifying Anycast RP
752(2)
Lab Section 14.3: Configuring and Verifying Access Redundancy
754(2)
Lab Section 14.4: Applying Multicast Policies
756(2)
Lab Section 14.5: Configuring and Verifying Embedded RP
758(3)
Chapter Review
761(1)
Post-Assessment
762(9)
Chapter 15 Multicast Virtual Private Networks (MVPNs)
771(20)
Pre-Assessment
772(2)
15.1 Introduction to MVPN
774(1)
15.2 Provider Multicast Service Interface (PMSI)
775(4)
Inclusive PMSI (I-PMSI)
777(1)
Selective PMSI (S-PMSI)
777(2)
15.3 Discovery of PE Membership in the MVPN
779(1)
15.4 C-Multicast Signaling
780(1)
15.5 PMSI Tunnels
781(2)
15.6 Draft Rosen and NG MVPN Comparison
783(2)
Chapter Review
785(1)
Post-Assessment
786(5)
Chapter 16 Draft Rosen
791(66)
Pre-Assessment
792(2)
16.1 Introduction to Draft Rosen
794(10)
Provider and Customer PIM Configuration
794(6)
P-Multicast Service Interface (PMSI)
800(4)
16.2 Draft Rosen I-PMSI
804(23)
I-PMSI with PIM ASM
805(2)
Customer PIM Signaling in the I-PMSI
807(3)
Customer Data in the I-PMSI
810(10)
I-PMSI with BGP Auto-Discovery
820(5)
Comparison of PIM ASM and PIM SSM
825(2)
16.3 Draft Rosen S-PMSI
827(13)
Configuration and Operation of S-PMSI
828(9)
Other S-PMSI Details
837(3)
Practice Lab: Configuring Draft Rosen in SR OS
840(5)
Lab Section: 16.1 Configuring Draft Rosen with PIM ASM
840(2)
Lab Section: 16.2 Configuring Draft Rosen with BGP Auto-Discovery
842(1)
Lab Section 16.3: Draft Rosen S-PMSI
843(2)
Chapter Review
845(1)
Post-Assessment
846(11)
Chapter 17 NG MVPN
857(106)
Pre-Assessment
858(3)
17.1 Overview of NG MVPN
861(5)
MCAST-VPN Address Family
861(2)
NG MVPN Operation
863(3)
17.2 BGP Auto-Discovery Routes
866(23)
I-PMSI Creation with Intra-AS I-PMSI Routes
866(11)
S-PMSI Creation with S-PMSI A-D Routes
877(11)
Inter-AS I-PMSI A-D Route
888(1)
17.3 Signaling of Customer Multicast Groups
889(17)
Upstream Multicast Hop Selection
889(3)
PIM SSM in the Customer Network
892(4)
PIM ASM in the Customer Network
896(10)
17.4 PIM-Free Core with MPLS
906(37)
mLDP Operation and Configuration
907(13)
P2MP RSVP-TE Operation and Configuration
920(23)
Practice Lab: Configuring NG MVPN
943(10)
Lab Section 17.1: Configuring NG MVPN
943(2)
Lab Section 17.2: Configuring NG MVPN for S-PMSI
945(1)
Lab Section 17.3: C-Multicast Signaling with BGP
946(2)
Lab Section 17.4: PIM ASM in the Customer Network
948(1)
Lab Section 17.5: PIM-free Core with mLDP
949(2)
Lab Section 17.6: PIM-free Core with RSVP-TE
951(2)
Chapter Review
953(1)
Post-Assessment
954(9)
Appendix
Chapter Assessment Questions and Answers		 963(134)
Glossary 1097(34)
Afterword 1131(2)
Index 1133
Glenn Warnock is a telecom professional at Alcatel-Lucent and has been a key member of the Service Routing Certification Team since 2006. Previously, Glenn worked for AT&T Canada, Apple Computer, and Nortel Networks.

Mira Ghafary is an IP Service Routing Certification Subject Matter Expert at Alcatel-Lucent.

Ghassan Shaheen is a course-ware developer at Alcatel-Lucent.
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