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ALS Designing a Microsoft® Windows® 2000 Network Infrastructure
Author Microsoft Corporation
Pages 1168
Disk N/A
Level Beg/Int
Published 08/15/2001
ISBN 9780735612686
 

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Table of Contents
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Index
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Table of Contents


About This Bookxv
Intended Audiencexvi
Prerequisitesxvi
Reference Materialsxvii
About the Supplemental Course Materials CD-ROMxvii
Features of This Bookxvii
        Notesxvii
        Conventionsxviii
Chapter and Appendix Overviewxviii
        Finding the Best Starting Point for Youxxi
        Where to Find Specific Skills in This Bookxxi
Getting Startedxxvi
        Software Requirementsxxvii
        Setup Instructionsxxvii
The eBookxxxv
Sample Readiness Review Questionsxxxv
The Microsoft Certified Professional Programxxxv
        Microsoft Certification Benefitsxxxvi
        Requirements for Becoming a Microsoft Certified Professionalxxxviii
        Technical Training for Computer Professionalsxxxix
Technical Supportxl
CHAPTER 1  Introduction to Networking Services Design1
        About This Chapter1
        Before You Begin1
    Lesson 1: Windows 2000 Networking Services Overview3
        Networking Services Within a Network3
        Networking Services in Windows 20005
        NAT7
        Microsoft Proxy Server 2.07
        DHCP8
        DNS8
        WINS8
        Routing and Remote Access9
        RADIUS9
    Lesson 2: Network Deployment Process10
        Phases in the Network Deployment Process10
        Personnel Responsible for Each Phase12
    Lesson 3: Aspects of a Networking Services Design14
        Networking Services Design Aspects14
        Essential Design Aspects15
        Security Design Aspects16
        Availability Design Aspects17
        Performance Design Aspects18
        Cost Design Aspects20
    Review22
CHAPTER 2  Networking Protocol Design23
        About This Chapter23
        Before You Begin24
    Lesson 1: Designs That Include TCP/IP25
        TCP/IP in Windows 200025
        TCP/IP Design Requirements and Constraints27
        TCP/IP Design Decisions27
        TCP/IP in Networking Services Designs28
    Lesson 2: Essential TCP/IP Design Concepts30
        Essential IP Configuration Information30
        IP Addressing Scheme31
        IP Subnet Mask37
        Default Gateway40
        Variable Length Subnet Masks42
        Classless Interdomain Routing46
        Activity 2.1: Evaluating a TCP/IP Network Design48
    Lesson 3: TCP/IP Data Protection50
        IPSec and VPN in TCP/IP Data Protection50
        TCP/IP Data Protection with IPSec53
        TCP/IP Data Protection with VPN64
        TCP/IP Data Protection with TCP/IP Filters72
    Lesson 4: TCP/IP Optimization75
        Improving TCP/IP Availability and Performance75
        Activity 2.2: Completing a TCP/IP Design77
    Lab: Creating a TCP/IP Network Design79
    Review87
CHAPTER 3  Multiprotocol Network Design89
        About This Chapter89
        Before You Begin90
    Lesson 1: Designs That Include Multiple Protocols91
        IPX, AppleTalk, and SNA Protocols in Windows 200091
        Multiprotocol Design Requirements and Constraints93
        Multiprotocol Design Decisions94
        IPX in Multiprotocol Designs94
        AppleTalk in Multiprotocol Designs95
        SNA in Multiprotocol Designs97
    Lesson 2: IPX Design Concepts99
        IPX Addressing Design99
        Determining IPX Frame Types102
        Connecting IPX Networks over IP Routed Networks104
        Protect IPX Traffic with VPN Tunnels104
        IPX Network and IP Network Interoperability106
        Activity 3.1: Evaluating a Networking Protocol Design107
    Lesson 3: AppleTalk Design Concepts109
        AppleTalk Addressing Design109
        AppleTalk Zone Design111
    Lesson 4: SNA Design Concepts113
        SNA Network Protocol Design113
        SNA and TCP/IP Integration114
        Activity 3.2: Completing a Network Protocol Design116
    Lab: Creating a Multiprotocol Network Design118
    Review129
CHAPTER 4  IP Routing Designs131
        About This Chapter131
        Before You Begin132
    Lesson 1: Designs That Include IP Routing133
        IP Routing in Windows 2000133
        IP Routing Design Requirements and Constraints134
        IP Routing Design Decisions135
        Edge of Network Scenario135
        Multiple Location Scenario137
        Single Location Scenario138
    Lesson 2: Essential IP Routing Design Concepts140
        Placing Routers in the Network Design140
        Integrating Routers into an Existing Network143
        Unicast Routing148
        Multicast Routing159
        DHCP Relay Agent161
        Activity 4.1: Evaluating an IP Routing Design163
    Lesson 3: Data Protection on Unsecured Segments166
        Filtering Unwanted IP Traffic166
        Router Identification168
        Router-to-Router Data Protection172
    Lesson 4: IP Routing Design Optimization175
        Improving IP Routing Availability and Performance175
        Activity 4.2: Completing an IP Routing Design177
    Lab: Creating an IP Routing Design179
    Review202
CHAPTER 5  Multiprotocol Routing Designs203
        About This Chapter203
        Before You Begin204
    Lesson 1: Designs That Include Multiprotocol Routers205
        IPX and AppleTalk Routing in Windows 2000205
        Multiprotocol Routing Design Requirements and Constraints207
        IP Routing Design Decisions207
        Edge of Network Scenario208
        IPX Tunneling Scenario210
    Lesson 2: IPX Routing Design Concepts212
        Placing Routers in the Network Design212
        Integrating Routers into an Existing Network216
        Internal IPX Network Numbers221
        IPX Router Information Management223
        Protecting IPX Traffic233
        Optimizing IPX Routing236
        Activity 5.1: Evaluating an IPX Routing Design238
    Lesson 3: AppleTalk Routing Design Concepts240
        Placing Routers in the Network Design240
        Router Interface Specifications241
        Determining AppleTalk Network Numbers243
        Selecting AppleTalk Seed Routers244
        Optimizing AppleTalk Routing246
        Activity 5.2: Evaluating an AppleTalk Routing Design248
    Lab: Creating a Multiprotocol Routing Design250
    Review275
CHAPTER 6  Proxy Server in Internet and Intranet Designs277
        About This Chapter277
        Before You Begin278
    Lesson 1: Designs That Include Proxy Server279
        Microsoft Proxy Server 2.0 and Windows 2000279
        Proxy Server Design Requirements and Constraints280
        Proxy Server Design Decisions281
        Internet Connectivity Designs281
        Web Content Caching Designs283
        IPX to IP Gateway Designs284
    Lesson 2: Essential Proxy Server Design Concepts287
        Placing Proxy Servers in the Network Design287
        Determining Proxy Server Interface Specifications290
        Specifying the Proxy Server LAT Information292
        Selecting the Proxy Server Client Support293
        Activity 6.1: Evaluating a Proxy Server Design295
    Lesson 3: Data Protection in Proxy Server Designs297
        Identifying Proxy Server Data Protection Methods297
        Protecting Private Network Resources300
        Restricting Access to Internet Resources303
    Lesson 4: Proxy Server Design Optimization307
        Identifying Proxy Server Optimization Techniques307
        Optimizing Internet Access311
        Optimizing Private Network Resource Access317
        Activity 6.2: Completing a Proxy Server Design321
    Lab: Creating a Proxy Server Design323
    Review332
CHAPTER 7  NAT in Internet and Intranet Designs333
        About This Chapter333
        Before You Begin334
    Lesson 1: Designs That Include NAT335
        NAT and Windows 2000335
        NAT Design Requirements and Constraints337
        NAT Design Decisions338
        Standalone SOHO Internet Connectivity Designs338
        Branch Office Connectivity Designs340
    Lesson 2: Essential NAT Design Concepts342
        Placing NAT in the Network Design342
        Determining NAT Server Interface Specifications343
        Providing Automatic IP Address Assignment345
        Providing DNS Name Resolution347
        Activity 7.1: Evaluating a NAT Design347
    Lesson 3: Data Protection in NAT Designs350
        Protecting SOHO Network Resources350
        Restricting Access to Internet Resources353
        Protecting Corporate Network Resources354
    Lesson 4: NAT Design Optimization357
        NAT Optimization Techniques357
        Activity 7.2: Completing a NAT Design359
    Lab: Creating a NAT Design361
    Review366
CHAPTER 8  DHCP in IP Configuration Designs367
        About This Chapter367
        Before You Begin368
    Lesson 1: Designs That Include DHCP369
        DHCP and Windows 2000369
        DHCP Design Requirements and Constraints370
        DHCP Design Decisions371
        IP Configuration Designs372
    Lesson 2: Essential DHCP Design Concepts376
        Determining Which Segments Require Automatic IP Configuration376
        Determining the DHCP Automatic IP Configuration Method378
        Determining DHCP Scopes and DHCP Scope Options384
        Activity 8.1: Evaluating a DHCP Design391
    Lesson 3: Configuration Protection in DHCP Designs394
        Preventing Unauthorized DHCP Servers394
        Preventing Unauthorized Users398
    Lesson 4: DHCP Design Optimization400
        Enhancing DHCP Availability400
        Improving DHCP Performance403
        Activity 8.2: Completing a DHCP Design406
    Lab: Creating a DHCP Design408
    Review424
CHAPTER 9  DNS in Name Resolution Designs425
        About This Chapter425
        Before You Begin426
    Lesson 1: Designs That Include DNS427
        DNS and Name Resolution in Networking Services Designs427
        DNS and Windows 2000428
        DNS Design Requirements and Constraints429
        DNS Design Decisions431
        DNS and Active Directory Designs431
        Traditional DNS Designs434
    Lesson 2: Essential DNS Design Concepts437
        Determining Domain Namespace Influences on DNS437
        Selecting the Zone Types445
        Determining the Placement of DNS Servers449
        Integrating DNS with Other Versions of DNS450
        Integrating DNS and WINS455
        Activity 9.1: Evaluating a DNS Design457
    Lesson 3: Name Resolution Protection in DNS Designs459
        Preventing Unauthorized Dynamic Updates to DNS Zones459
        Preventing Unauthorized Access to DNS Servers461
    Lesson 4: DNS Design Optimization464
        Enhancing DNS Availability464
        Improving DNS Performance469
        Activity 9.2: Completing a DNS Design472
    Lab: Creating a DNS Design475
    Review503
CHAPTER 10  WINS in Name Resolution Designs505
        About This Chapter505
        Before You Begin506
    Lesson 1: Designs That Include WINS507
        WINS and Name Resolution in Networking Services Designs507
        WINS and Windows 2000508
        WINS Design Requirements and Constraints511
        WINS Design Decisions511
        WINS and Microsoft Network Designs512
        Windows 2000 Without NetBT and WINS514
    Lesson 2: Essential WINS Design Concepts517
        Determining Which Segments Require NetBIOS Name Resolution517
        Selecting WINS Client Proxy Support519
        Selecting WINS Client Options521
        Determining WINS Server Placement523
        Selecting WINS Replication Methods526
        Activity 10.1: Evaluating a WINS Design533
    Lesson 3: Name Resolution Protection in WINS Designs535
        Preventing Unauthorized User Access535
    Lesson 4: WINS Design Optimization537
        Enhancing WINS Availability537
        Improving WINS Performance540
        Activity 10.2: Evaluating a WINS Design546
    Lab: Creating a WINS Design548
    Review560
CHAPTER 11  Dial-Up Connectivity in Remote Access Designs561
        About This Chapter561
        Before You Begin563
    Lesson 1: Designs That Include Dial-Up Remote Access564
        Routing and Remote Access in Dial-Up Remote Access Designs564
        Routing and Remote Access and Windows 2000566
        Dial-Up Remote Access Design Requirements and Constraints568
        Dial-Up Remote Access Design Decisions568
        Dial-Up Remote Access Designs569
    Lesson 2: Essential Dial-Up Remote Access Design Concepts572
        Determining the Placement of Remote Access Servers572
        Determining the Placement of Remote Access Servers573
        Selecting the Remote Access Client Support576
        Activity 11.1: Evaluating a Dial-Up Remote Access Design579
    Lesson 3: Data Protection in Dial-Up Remote Access Designs582
        Preventing Access to Private Network Resources582
        Protecting Confidential Remote Access Data584
    Lesson 4: Dial-Up Remote Access Design Optimization589
        Enhancing Dial-Up Remote Access Availability589
        Improving Dial-Up Remote Access Performance591
        Activity 11.2: Completing a Dial-Up Remote Access Design594
    Lab: Creating a Dial-Up Remote Access Design597
    Review630
CHAPTER 12  VPN Connectivity in Remote Access Designs631
        About This Chapter631
        Before You Begin632
    Lesson 1: Designs That Include VPN Remote Access633
        Routing and Remote Access in VPN Remote Access Designs633
        Routing and Remote Access and Windows 2000636
        VPN Remote Access Design Requirements and Constraints638
        VPN Remote Access Design Decisions638
        VPN Remote Access Designs639
    Lesson 2: Essential VPN Remote Access Design Concepts642
        Determining the Placement of VPN Remote Access Servers642
        Determining the Placement of Remote Access Servers643
        Selecting the Remote Access Client Support647
        Activity 12.1: Evaluating a VPN Remote Access Design650
    Lesson 3: Data Protection in VPN Remote Access Designs652
        Preventing Access to Private Network Resources652
        Protecting Confidential Remote Access Data657
    Lesson 4: VPN Remote Access Design Optimization661
        Enhancing VPN Remote Access Availability661
        Improving VPN Remote Access Performance664
        Activity 12.2: Completing a VPN Remote Access Design667
    Lab: Creating a VPN Remote Access Design669
    Review682
CHAPTER 13  RADIUS in Remote Access Designs683
        About This Chapter683
        Before You Begin685
    Lesson 1: Designs That Include RADIUS686
        RADIUS in Remote Access Designs686
        RADIUS and Windows 2000689
        RADIUS Design Requirements and Constraints689
        RADIUS Design Decisions690
        Outsourced Dial-Up Remote Access Designs690
        In-House Remote Access Designs691
        Partner Network Remote Access Designs694
    Lesson 2: Essential RADIUS Design Concepts696
        Determining the Number of RADIUS Clients and Servers696
        Determining the Placement of RADIUS Clients and Servers698
        Selecting the Connections Between RADIUS Clients and Servers699
        Selecting the Remote Access Client Support701
        Activity 13.1: Evaluating a RADIUS Design705
    Lesson 3: Data Protection in RADIUS Designs707
        Preventing Access to Private Network Resources707
        Protecting Confidential Remote Access Data710
    Lesson 4: RADIUS Design Optimization715
        Enhancing RADIUS Availability715
        Improving RADIUS Performance718
        Activity 13.2: Completing a RADIUS Design720
    Lab: Creating a RADIUS Design723
    Review743
CHAPTER 14  Monitoring and Managing a Microsoft Windows 2000 Network745
        About This Chapter745
        Before You Begin746
    Lesson 1: Networking Services Monitoring and Management747
        Goals of Monitoring and Managing Networking Services747
        Components of a Networking Services Management Design750
        Critical Networking Services753
    Lesson 2: Responding to Changes in the Networking Services Status756
        Determining How Quickly to Respond to Status Changes756
        Selecting the Type of Response to Changes760
        Selecting the Method of Responding to Changes763
    Review767
CHAPTER 15  Networking Services Design Optimization769
        About This Chapter769
        Before You Begin770
    Lesson 1: Essential Networking Services Optimization771
        Optimizing Designs for Applications771
        Optimizing Designs to Reduce the Number of Servers775
    Lesson 2: Data Protection and Optimization779
        Identifying the Security Requirements and Constraints779
        Selecting the Method of Security Optimization781
    Lesson 3: Advanced Design Optimization784
        Including Windows Clustering784
        Optimizing the Windows 2000 Configuration790
        Optimizing to Reduce Network Traffic794
    Lab: Creating an Optimized Networking Services Design797
    Review818
APPENDIX Questions and Answers819
GLOSSARY869
INDEX913




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Last Updated: Saturday, July 7, 2001