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E-raamat: Exam Ref 70-413 Designing and Implementing a Server Infrastructure (MCSE)

  • Formaat: 352 pages
  • Sari: Exam Ref
  • Ilmumisaeg: 27-Jun-2014
  • Kirjastus: Microsoft Press,U.S.
  • Keel: eng
  • ISBN-13: 9780133967043
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  • Formaat: 352 pages
  • Sari: Exam Ref
  • Ilmumisaeg: 27-Jun-2014
  • Kirjastus: Microsoft Press,U.S.
  • Keel: eng
  • ISBN-13: 9780133967043
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Fully updated! Prepare for Microsoft Exam 70-413 - and help demonstrate your real-world mastery designing, and implementing Windows Server infrastructure in an enterprise environment. Designed for experienced IT professionals ready to advance their status, Exam Ref focuses on the critical-thinking and decision-making acumen needed for success at the MCSE level.

Focus on the expertise measured by these objectives:

  • Plan and deploy a server infrastructure
  • Design and implement network infrastructure services
  • Design and implement network access services
  • Design and implement an Active Directory infrastructure (logical)
  • Design and implement an Active Directory infrastructure (physical)

This Microsoft Exam Ref:

  • Is fully updated for Windows Server 2012 R2
  • Organizes its coverage by objectives for Exam 70-413
  • Features strategic, what-if scenarios to challenge candidates
  • Designed for IT professionals responsible for designing, implementing, and maintaining a Windows Server 2012 infrastructure in an enterprise-scaled, highly virtualized environment.


Fully updated! Prepare for Microsoft Exam 70-413 - and help demonstrate your real-world mastery designing, and implementing Windows Server infrastructure in an enterprise environment. Designed for experienced IT professionals ready to advance their status,Exam Ref focuses on the critical-thinking and decision-making acumen needed for success at the MCSE level.

Focus on the expertise measured by these objectives:

  • Plan and deploy a server infrastructure
  • Design and implement network infrastructure services
  • Design and implement network access services
  • Design and implement an Active Directory infrastructure (logical)
  • Design and implement an Active Directory infrastructure (physical)

This Microsoft Exam Ref:

  • Is fully updated for Windows Server 2012 R2
  • Organizes its coverage by objectives for Exam 70-413
  • Features strategic, what-if scenarios to challenge candidates
  • Designed for IT professionals responsible for designing, implementing, and maintaining a Windows Server 2012 infrastructure in an enterprise-scaled, highly virtualized environment.
Introduction xi
Microsoft certifications xii
Acknowledgments xii
Errata, updates, & book support xiii
We want to hear from you xiv
Stay in touch xiv
Preparing for the exam xiv
Chapter 1 Plan and deploy a server infrastructure
1(62)
Objective 1.1 Design and plan for an automated server installation strategy
1(20)
Understanding design considerations for deployment images
2(7)
Using the Windows Assessment and Deployment Kit
9(1)
Planning for deploying servers to Microsoft Azure laaS
10(3)
Planning for deploying servers using System Center App Controller and Windows PowerShell
13(5)
Planning for multicast deployment
18(1)
Planning for Windows Deployment Services
18(2)
Objective summary
20(1)
Objective review
21(1)
Objective 1.2 Implement a server deployment infrastructure
21(7)
Configuring multisite topology and transport servers
22(1)
Configuring a multiserver topology
23(4)
Objective summary
27(1)
Objective review
28(1)
Objective 1.3 Plan and implement server upgrade and migration
28(8)
Planning for role migration
29(2)
Migrating server roles
31(2)
Migrating servers across domains and forests
33(1)
Designing a server consolidation strategy
33(1)
Planning for capacity and resource optimization
34(1)
Objective summary
35(1)
Objective review
36(1)
Objective 1.4 Plan and deploy Virtual Machine Manager services
36(8)
Designing Virtual Machine Manager service templates
37(1)
Defining operating system profiles
38(1)
Configuring hardware and capability profiles
39(2)
Managing services
41(1)
Configuring image and template libraries
41(1)
Managing logical networks
42(1)
Objective summary
43(1)
Objective review
43(1)
Objective 1.5 Plan and implement file and storage services
44(13)
Incorporating planning considerations
44(7)
Configuring the iSCSI Target Server
51(1)
Configuring iSCSI Naming Services (iSNS)
52(1)
Configuring the Network File System (NFS)
52(3)
Objective summary
55(1)
Objective review
56(1)
Answers
57(6)
Chapter 2 Design and implement network infrastructure services
63(66)
Objective 2.1 Design and maintain a Dynamic Host Configuration Protocol (DHCP) solution
63(17)
Designing a highly available DHCP service
65(9)
Implementing DHCP filtering
74(1)
Implementing and configuring a DHCP Management Pack
75(1)
Maintaining a DHCP database
76(1)
Objective summary
77(1)
Objective review
78(2)
Objective 2.2 Design a name resolution solution strategy
80(22)
Configuring secure name resolution
81(11)
Supporting DNS interoperability
92(1)
Managing DNS replication with application partitions
93(2)
Providing name resolution for IPv6
95(1)
Supporting single-label DNS name resolution
95(1)
Designing a DNS zone hierarchy
96(3)
Objective summary
99(1)
Objective review
100(2)
Objective 2.3 Design and manage an IP address management solution
102(18)
Managing IP addresses with IPAM
102(1)
Provisioning IPAM
103(4)
Planning for IPAM server placement
107(2)
Managing IPAM database storage
109(1)
Using role-based access control with IPAM
109(3)
Configuring IPAM auditing
112(1)
Managing and monitoring multiple DHCP and DNS servers with IPAM
113(1)
Migrating IP addresses
114(1)
Configuring data collection for IPAM
115(1)
Integrating IPAM with Virtual Machine Manager (VMM)
115(1)
Objective summary
116(1)
Objective review
117(3)
Answers
120(9)
Chapter 3 Design and implement network access services
129(64)
Objective 3.1 Design a VPN solution
130(10)
Deploying certificates
130(1)
Configuring firewalls
131(1)
Using client/site-to-site connections
132(1)
Understanding bandwidth requirements
133(1)
Understanding protocol implications
134(1)
Connecting to Microsoft Azure laaS
135(1)
Using the Connection Manager Administration Kit (CMAK) for VPN deployment configurations
136(2)
Objective summary
138(1)
Objective review
139(1)
Objective 3.2 Design a DirectAccess solution
140(11)
Understanding deployment topology
141(3)
Migrating from Forefront UAG
144(2)
Using One-Time Password (OTP)
146(1)
Using enterprise Certificate Authority (CA) certificates
147(2)
Objective summary
149(1)
Objective review
149(2)
Objective 3.3 Design a Web Application Proxy solution
151(8)
Planning for applications
151(1)
Using authentication and authorization
152(1)
Using Workplace Join
153(1)
Using devices
154(1)
Using multifactor authentication
154(1)
Using multifactor access control
155(1)
Using Single Sign-On (SSO)
155(1)
Using certificates
155(1)
Planning access for internal and external clients
155(2)
Objective summary
157(1)
Objective review
157(2)
Objective 3.4 Implement a scalable remote access solution
159(7)
Configuring site-to-site VPNs
159(1)
Configuring packet filters
160(1)
Implementing packet tracing
161(1)
Implementing multisite remote access
161(1)
Configuring remote access clustered with NLB
162(1)
Implementing an advanced DirectAccess solution
163(1)
Configuring multiple RADIUS server groups and infrastructure
163(1)
Configuring Web Application Proxy for clustering
164(1)
Objective summary
164(1)
Objective review
165(1)
Objective 3.5 Design and implement a network protection solution
166(16)
Configuring NAP enforcement methods
167(3)
Designing an NPS infrastructure
170(4)
Configuring NAP enforcement for IPsec and 802.1x
174(4)
Monitoring for compliance
178(1)
Objective summary
179(1)
Objective review
180(2)
Answers
182(11)
Chapter 4 Design and implement an Active Directory infrastructure (logical)
193(66)
Objective 4.1 Design a forest and domain infrastructure
194(15)
Building multiforest structures and trust relationships
194(5)
Managing functional levels and domain upgrades
199(2)
Altering the forest structure
201(2)
Implementing hybrid cloud services, including Microsoft Azure Active Directory and DirSync
203(3)
Objective summary
206(1)
Objective review
207(2)
Objective 4.2 Implement a forest and domain infrastructure
209(16)
Configuring domain rename
210(7)
Configuring Kerberos realm trusts
217(1)
Implementing a domain upgrade
217(1)
Implementing a domain migration
218(2)
Implementing a forest restructure
220(1)
Deploying and managing a test forest
221(1)
Objective summary
222(1)
Objective review
223(2)
Objective 4.3 Design a Group Policy strategy
225(13)
Controlling GPO application
225(4)
Managing GPO assignment
229(3)
Using Advanced Group Policy Management (AGPM)
232(2)
Group Policy caching
234(1)
Objective summary
235(1)
Objective review
236(2)
Objective 4.4 Design an Active Directory permission model
238(10)
Designing and implementing Active Directory object security
238(2)
Managing Active Directory quotas
240(1)
Creating custom tasks using the Delegation of Control Wizard
241(2)
Deploying administration tools
243(1)
Delegating permissions on administrative users (AdminSDHolder)
243(1)
Planning for Kerberos delegation
244(2)
Objective summary
246(1)
Objective review
246(2)
Answers
248(11)
Chapter 5 Design and implement an Active Directory infrastructure (physical)
259(58)
Objective 5.1 Design an Active Directory sites topology
260(18)
Planning for domain controller proximity
261(3)
Optimizing Active Directory replication
264(5)
Designing site links
269(5)
Identifying and resolving Active Directory replication conflicts
274(1)
Objective summary
275(1)
Objective review
276(2)
Objective 5.2 Design a domain controller strategy
278(13)
Using the global catalog
279(1)
Optimizing operations master roles
280(1)
Planning for read-only domain controller (RODC) placement
281(2)
Understanding the partial attribute set
283(2)
Using cloned domain controllers
285(2)
Choosing domain controller placement
287(1)
Objective summary
288(1)
Objective review
289(2)
Objective 5.3 Design and implement a branch office infrastructure
291(16)
Improving branch office authentication
292(5)
Implementing branch office infrastructure requirements
297(1)
Securing branch office deployments
298(6)
Objective summary
304(1)
Objective review
304(3)
Answers
307(10)
Index 317
Paul Ferrill, MS-Mechanical Engineering, is CTO for an engineering firm focusing on solving complex data analysis problems. He's been writing for the computer trade press for more than 25 years, in addition to authoring two books.

Tim Ferrill, MCSE, MCITP, Security+, is a system administrator and writer who has contributed to numerous technology publications, with particular interest in Windows Server, Windows Phone, scripting, web and graphic design, and devices.