MCSE training kit : designing a Microsoft Windows 2000 network infrastructure : exam 70-221

목차 (Table of Contents)

• CONTENTS
• About This Book = xv
• Intended Audience = xvi
• Prerequisites = xvi
• Reference Materials = xvii
• About the Supplemental Course Materials CD-ROM = xvii
• Features of This Book = xvii
• Notes = xvii
• Conventions = xviii
• Chapter and Appendix Overview = xviii
• Finding the Best Starting Point for You = xxi
• Where to Find Specific Skills In This Book = xxi
• Getting Started = xxvi
• Software Requirements = xxvii
• Setup Instructions = xxvii
• The eBook = xxxv
• Sample Readiness Review Questions = xxxv
• The Microsoft Certified Professional Program = xxxv
• Microsoft Certification Benefits = xxxvi
• Requirements for Becoming a Microsoft Certified Professional = xxxviii
• Technical Training for Computer Professionals = xxxix
• Technical Support = xl
• Chapter 1 Introduction to Networking Services Design = 1
• About This Chapter = 1
• Before You Begin = 1
• Lesson 1 : Windows 2000 Networking Services Overview = 3
• Networking Services Within a Network = 3
• Networking Services in Windows 2000 = 5
• NAT = 7
• Microsoft Proxy Server 2.0 = 7
• DHCP = 8
• DNS = 8
• WINS = 8
• Routing and Remote Access = 9
• RADIUS = 9
• Lesson 2 : Network Deployment Process = 10
• Phases in the Network Deployment Process = 10
• Personnel Responsible for Each Phase = 12
• Lesson 3 : Aspects of a Networking Services Design = 14
• Networking Services Design Aspects = 14
• Essential Design Aspects = 15
• Security Design Aspects = 16
• Availability Design Aspects = 17
• Performance Design Aspects = 18
• Cost Design Aspects = 20
• Review = 22
• Chapter 2 Networking Protocol Design = 23
• About This Chapter = 23
• Before You Begin = 24
• Lesson 1 : Designs That Include TCP／IP = 25
• TCP／IP in Windows 2000 = 25
• TCP／IP Design Requirements and Constraints = 27
• TCP／IP Design Decisions = 27
• TCP／IP in Networking Services Designs = 28
• Lesson 2 : Essential TCP／IP Design Concepts = 30
• Essential IP Configuration Information = 30
• IP Addressing Scheme = 31
• IP Subnet Mask = 37
• Default Gateway = 40
• Variable Length Subnet Masks = 42
• Classless Interdomain Routing = 46
• Activity 2.1 : Evaluating a TCP／IP Network Design = 48
• Lesson 3 : TCP／IP Data Protection = 50
• IP Sec and VPN in TCP／IP Data Protection = 50
• TCP／IP Data Protection with IPSec = 53
• TCP／IP Data Protection with VPN = 64
• TCP／IP Data Protection with TCP／IP Filters = 72
• Lesson 4 : TCP／IP Optimization = 75
• Improving TCP／IP Availability and Performance = 75
• Activity 2.2 : Completing a TCP／IP Design = 77
• Lab : Creating a TCP／IP Network Design = 79
• Review = 87
• Chapter 3 Multiprotocol Network Design = 89
• About This Chapter = 89
• Before You Begin = 90
• Lesson 1 : Designs That Include Multiple Protocols = 91
• IPX, AppleTalk, and SNA Protocols in Windows 2000 = 91
• Multiprotocol Design Requirements and Constraints = 93
• Multiprotocol Design Decisions = 94
• IPX in Multiprotocol Designs = 94
• Apple Talk in Multiprotocol Designs = 95
• SNA in Multiprotocol Designs = 97
• Lesson 2 : IPX Design Concepts = 99
• IPX Addressing Design = 99
• Determining IPX Frame Types = 102
• Connecting IPX Networks over IP Routed Networks = 104
• Protect IPX Traffic with VPN Tunnels = 104
• IPX Network and IP Network Interoperability = 106
• Activity 3.1 : Evaluating a Networking Protocol Design = 107
• Lesson 3 : Apple Talk Design Concepts = 109
• Apple Talk Addressing Design = 109
• Apple Talk Zone Design = 111
• Lesson 4 : SNA Design Concepts = 113
• SNA Network Protocol Design = 113
• SNA and TCP／IP Integration = 114
• Activity 3.2 : Completing a Network Protocol Design = 116
• Lab : Creating a Multiprotocol Network Design = 118
• Review = 129
• Chapter 4 IP Routing Designs = 131
• About This Chapter = 131
• Before You Begin = 132
• Lesson 1 : Designs That Include IP Routing = 133
• IP Routing in Windows 2000 = 133
• IP Routing Design Requirements and Constraints = 134
• IP Routing Design Decisions = 135
• Edge of Network Scenario = 135
• Multiple Location Scenario = 137
• Single Location Scenario = 138
• Lesson 2 : Essential IP Routing Design Concepts = 140
• Placing Routers in the Network Design = 140
• Integrating Routers into an Existing Network = 143
• Unicast Routing = 148
• Multicast Routing = 159
• DHCP Relay Agent = 161
• Activity 4.1 : Evaluating an IP Routing Design = 163
• Lesson 3 : Data Protection on Unsecured Segments = 166
• Filtering Unwanted IP Traffic = 166
• Router Identification = 168
• Router-to-Router Data Protection = 172
• Lesson 4 : IP Routing Design Optimization = 175
• Improving IP Routing Availability and Performance = 175
• Activity 4.2 : Completing an IP Routing Design = 177
• Lab : Creating an IP Routing Design = 179
• Review = 202
• Chapter 5 Multiprotocol Routing Designs = 203
• About This Chapter = 203
• Before You Begin = 204
• Lesson 1 : Designs That Include Multiprotocol Routers = 205
• IPX and Apple Talk Routingin Windows 2000 = 205
• Multiprotocol Routing Design Requirements and Constraints = 207
• IP Routing Design Decisions = 207
• Edge of Network Scenario = 208
• IPX Tunneling Scenario = 210
• Lesson 2 : IPX Routing Design Concepts = 212
• Placing Routers in the Network Design = 212
• Integrating Routers into an Existing Network = 216
• Internal IPX Network Numbers = 221
• IPX Router Information Management = 223
• Protecting IPX Traffic = 233
• Optimizing IPX Routing = 236
• Activity 5.1 : Evaluating an IPX Routing Design = 238
• Lesson 3 : AppleTalk Routing Design Concepts = 240
• Placing Routers in the Network Design = 240
• Router Interface Specifications = 241
• Determining AppleTalk Network Numbers = 243
• Selecting AppleTalk Seed Routers = 244
• Optimizing AppleTalk Routing = 246
• Activity 5.2 : Evaluating an AppleTalk Routing Design = 248
• Lab : Creating a Multiprotocol Routing Design = 250
• Review = 275
• Chapter 6 Proxy Server in Internet and Intranet Designs = 277
• About This Chapter = 277
• Before You Begin = 278
• Lesson 1 : Designs That Include Proxy Server = 279
• Microsoft Proxy Server 2.0 and Windows 2000 = 279
• Proxy Server Design Requirements and Constraints = 280
• Proxy Server Design Decisions = 281
• Internet Connectivity Designs = 281
• Web Content Caching Designs = 283
• IPX to IP Gateway Designs = 284
• Lesson 2 : Essential Proxy Server Design Concepts = 287
• Placing Proxy Servers in the Network Design = 287
• Determining Proxy Server Interface Specifications = 290
• Specifying the Proxy Server LAT Information = 292
• Selecting the Proxy Server Client Support = 293
• Activity 6.1 : Evaluating a Proxy Server Design = 295
• Lesson 3 : Data Protection in Proxy Server Designs = 297
• Identifying Proxy Server Data Protection Methods = 297
• Protecting Private Network Resources = 300
• Restricting Access to Internet Resources = 303
• Lesson 4 : Proxy Server Design Optimization = 307
• Identifying Proxy Server Optimization Techniques = 307
• Optimizing Internet Access = 311
• Optimizing Private Network Resource Access = 317
• Activity 6.2 : Completing a Proxy Server Design = 321
• Lab : Creating a Proxy Server Design = 323
• Review = 332
• Chapter 7 NAT in Internet and Intranet Designs = 333
• About This Chapter = 333
• Before You Begin = 334
• Lesson 1 : Designs That Include NAT = 335
• NAT and Windows 2000 = 335
• NAT Design Requirements and Constraints = 337
• NAT Design Decisions = 338
• Standalone SOHO Internet Connectivity Designs = 338
• Branch Office Connectivity Designs = 340
• Lesson 2 : Essential NAT Design Concepts = 342
• Placing NAT in the Network Design = 342
• Determining NAT Server Interface Specifications = 343
• Providing Automatic IP Address Assignment = 345
• Providing DNS Name Resolution = 347
• Activity 7.1 : Evaluating a NAT Design = 347
• Lesson 3 : Data Protection in NAT Designs = 350
• Protecting SOHO Network Resources = 350
• Restricting Access to Internet Resources = 353
• Protecting Corporate Network Resources = 354
• Lesson 4 : NAT Design Optimization = 357
• NAT Optimization Techniques = 357
• Activity 7.2 : Completing a NAT Design = 359
• Lab : Creating a NAT Design = 361
• Review = 366
• Chapter 8 DHC Pin IP Configuration Designs = 367
• About This Chapter = 367
• Before You Begin = 368
• Lesson 1 : Designs That Include DHCP = 369
• DHCP and Windows 2000 = 369
• DHCP Design Requirements and Constraints = 370
• DHCP Design Decisions = 371
• IP Configuration Designs = 372
• Lesson 2 : Essential DHCP Design Concepts = 376
• Determining Which Segments Require Automatic IP Configuration = 376
• Determining the DHCP Automatic IP Configuration Method = 378
• Determining DHCP Scopes and DHCP Scope Options = 384
• Activity 8.1 : Evaluating a DHCP Design = 391
• Lesson 3 : Configuration Protection in DHCP Designs = 394
• Preventing Unauthorized DHCP Servers = 394
• Preventing Unauthorized Users = 398
• Lesson 4 : DHCP Design Optimization = 400
• Enhancing DHCP Availability = 400
• Improving DHCP Performance = 403
• Activity 8.2 : Completing a DHCP Design = 406
• Lab : Creating a DHCP Design = 408
• Review = 424
• Chapter 9 DNS in Name Resolution Designs = 425
• About This Chapter = 425
• Before You Begin = 426
• Lesson 1 : Designs That Include DNS = 427
• DNS and Name Resolution in Networking Services Designs = 427
• DNS and Windows 2000 = 428
• DNS Design Requirements and Constraints = 429
• DNS Design Decisions = 431
• DNS and Active Directory Designs = 431
• Traditional DNS Designs = 434
• Lesson 2 : Essential DNS Design Concepts = 437
• Determining Domain Namespace Influences on DNS = 437
• Selecting the Zone Types = 445
• Determining the Placement of DNS Servers = 449
• Integrating DNS with Other Versions of DNS = 450
• Integrating DNS and WINS = 455
• Activity 9.1 : Evaluating a DNS Design = 457
• Lesson 3 : Name Resolution Protection in DNS Designs = 459
• Preventing Unauthorized Dynamic Updates to DNS Zones = 459
• Preventing Unauthorized Access to DNS Servers = 461
• Lesson 4 : DNS Design Optimization = 464
• Enhancing DNS Availability = 464
• Improving DNS Performance = 469
• Activity 9.2 : Completing a DNS Design = 472
• Lab : Creating a DNS Design = 475
• Review = 503
• Chapter 10 WINS in Name Resolution Designs = 505
• About This Chapter = 505
• Before You Begin = 506
• Lesson 1 : Designs That Include WINS = 507
• WINS and Name Resolution in Networking Services Designs = 507
• WINS and Windows 2000 = 508
• WINS Design Requirements and Constraints = 511
• WINS Design Decisions = 511
• WINS and Microsoft Network Designs = 512
• Windows 2000 Without NetBT and WINS = 514
• Lesson 2 : Essential WINS Design Concepts = 517
• Determining Which Segments Require NetBIOS Name Resolution = 517
• Selecting WINS Client Proxy Support = 519
• Selecting WINS Client Options = 521
• Determining WINS Server Placement = 523
• Selecting WINS Replication Methods = 526
• Activity 10.1 : Evaluating a WINS Design = 533
• Lesson 3 : Name Resolution Protection in WINS Designs = 535
• Preventing Unauthorized User Access = 535
• Lesson 4 : WINS Design Optimization = 537
• Enhancing WINS Availability = 537
• Improving WINS Performance = 540
• Activity 10.2 : Evaluating a WINS Design = 546
• Lab : Creating a WINS Design = 548
• Review = 560
• Chapter 11 Dial-Up Connectivity in Remote Access Designs = 561
• About This Chapter = 561
• Before You Begin = 563
• Lesson 1 : Designs That Include Dial-Up Remote Access = 564
• Routing and Remote Access in Dial-Up Remote Access Designs = 564
• Routing and Remote Access and Windows 2000 = 566
• Dial-Up Remote Access Design Requirements and Constraints = 568
• Dial-Up Remote Access Design Decisions = 568
• Dial-Up Remote Access Designs = 569
• Lesson 2 : Essential Dial-Up Remote Access Design Concepts = 572
• Determining the Placement of Remote Access Servers = 572
• Determining the Placement of Remote Access Servers = 573
• Selecting the Remote Access Client Support = 576
• Activity 11.1 : Evaluating a Dial-Up Remote Access Design = 579
• Lesson 3 : Data Protection in Dial-Up Remote Access Designs = 582
• Preventing Access to Private Network Resources = 582
• Protecting Confidential Remote Access Data = 584
• Lesson 4 : Dial-Up Remote Access Design Optimization = 589
• Enhancing Dial-Up Remote Access Availability = 589
• Improving Dial-Up Remote Access Performance = 591
• Activity 11.2 : Completing a Dial-Up Remote Access Design = 594
• Lab : Creating a Dial-Up Remote Access Design = 597
• Review = 630
• Chapter 12 VPN Connectivity in Remote Access Designs = 631
• About This Chapter = 631
• Before You Begin = 632
• Lesson 1 : Designs That Include VPN Remote Access = 633
• Routing and Remote Access in VPN Remote Access Designs = 633
• Routing and Remote Access and Windows 2000 = 636
• VPN Remote Access Design Requirements and Constraints 638
• VPN Remote Access Design Decisions = 638
• VPN Remote Access Designs = 639
• Lesson 2 : Essential VPN Remote Access Design Concepts = 642
• Determining the Placement of VPN Remote Access Servers = 642
• Determining the Placement of Remote Access Servers = 643
• Selecting the Remote Access Client Support = 647
• Activity 12.1 : Evaluating a VPN Remote Access Design = 650
• Lesson 3 : Data Protection in VPN Remote Access Designs = 652
• Preventing Access to Private Network Resources = 652
• Protecting Confidential Remote Access Data = 657
• Lesson 4 : VPN Remote Access Design Optimization = 661
• Enhancing VPN Remote Access Availability = 661
• Improving VPN Remote Access Performance = 664
• Activity 12.2 : Completing a VPN Remote Access Design = 667
• Lab : Creating a VPN Remote Access Design = 669
• Review = 682
• Chapter 13 RADIUS in Remote Access Designs = 683
• About This Chapter = 683
• Before You Begin = 685
• Lesson 1 : Designs That Include RADIUS = 686
• RADIUS in Remote Access Designs = 686
• RADIUS and Windows 2000 = 689
• RADIUS Design Requirements and Constraints = 689
• RADIUS Design Decisions = 690
• Outsourced Dial-Up Remote Access Designs = 690
• In-House Remote Access Designs = 691
• Partner Network Remote Access Designs = 694
• Lesson 2 : Essential RADIUS Design Concepts = 696
• Determining the Number of RADIUS Clients and Servers = 696
• Determining the Placement of RADIUS Clients and Servers = 698
• Selecting the Connections Between RADIUS Clients and Servers = 699
• Selecting the Remote Access Client Support = 701
• Activity 13.1 : Evaluating a RADIUS Design = 705
• Lesson 3 : Data Protection in RADIUS Designs = 707
• Preventing Access to Private Network Resources = 707
• Protecting Confidential Remote Access Data = 710
• Lesson 4 : RADIUS Design Optimization = 715
• Enhancing RADIUS Availability = 715
• Improving RADIUS Performance = 718
• Activity 13.2 : Completing a RADIUS Design = 720
• Lab : Creating a RADIUS Design = 723
• Review = 743
• Chapter 14 Monitoring and Managing a Microsoft Windows 2000 Network = 745
• About This Chapter = 745
• Before You Begin = 746
• Lesson 1 : Networking Services Monitoring and Management = 747
• Goals of Monitoring and Managing Networking Services = 747
• Components of a Networking Services Management Design = 750
• Critical Networking Services = 753
• Lesson 2 : Responding to Changes in the Networking Services Status = 756
• Determining How Quickly to Respond to Status Changes = 756
• Selecting the Type of Response to Changes = 760
• Selecting the Method of Responding to Changes = 763
• Review = 767
• Chapter 15 Networking Services Design Optimization = 769
• About This Chapter = 769
• Before You Begin = 770
• Lesson 1 : Essential Networking Services Optimization = 771
• Optimizing Designs for Applications = 771
• Optimizing Designs to Reduce the Number of Servers = 775
• Lesson 2 : Data Protection and Optimization = 779
• Identifying the Security Requirements and Constraints = 779
• Selecting the Method of Security Optimization = 781
• Lesson 3 : Advanced Design Optimization = 784
• Including Windows Clustering = 784
• Optimizing the Windows 2000 Configuration = 790
• Optimizing to Reduce Network Traffic = 794
• Lab : Creating an Optimized Networking Services Design = 797
• Review = 818
• Appendix Questions and Answers = 819
• Glossary = 869
• Index = 913