MCTS Guide to Configuring Microsoft® Windows Server 2008 Applications Infrastructure Exam # 70-643

MCTS GUIDE TO MICROSOFT WINDOWS SERVER 2008 APPLICATIONS INFRASTRUCTURE CONFIGURATION (Exam #70-643) 1st edition presents the concepts of configuring a Microsoft Windows Server 2008 Application Infrastructure in a clear and concise manner. By using hands-on activities and case scenarios, network administrators are able to deploy and configure an organization's application infrastructure with Microsoft Server 2008. Primary technologies included are Windows Deployment Services, Storage Services, Terminal Services, Web Services, Network Application Services, Hyper-V Virtualization and configuring Windows Server 2008 for High-Availability.

List of contents

1. INTRODUCING WINDOWS SERVER 2008.
2. DEPLOYING WINDOWS SERVERS.
3. Configuring Windows Server 2008 Storage Services.
4. Configuring Windows Server 2008 Terminal Services, Part I
5. Configuring Windows Server 2008 Terminal Services, Part II.
6. Configuring Windows Server 2008 Web Services, Part I.
7. Configuring Windows Server 2008 Web Services, Part II.
8. CONFIGURING WINDOWS SERVER 2008 NETWORK APPLICATION SERVICES.
9. Configuring Windows Server 2008 Hyper-V Virtualization.
10. Configuring Windows Server 2008 for High-Availability.
APPENDIX A: MCTS #70-643 Exam Objectives.
APPENDIX B: An Overview of Workgroup and Domain-Based Networked Computing.
APPENDIX C: An Overview of Windows Server 2008 Security and PKI.

About the author

Matt Tomsho has over 30 years of computer programming and networking experience working with Microsoft Windows®. Currently an independent database consultant specializing in Web-based applications based in Pittsburgh, Pennsylvania, Matt has been IT Director at several Internet companies, managing Web and database servers running both Windows and Linux.Jack Hogue has over 21 years of computing and network experience. He currently specializes in Microsoft Windows® environments and also supports integration of Mac and Linux in those networks. Jack began his first Web hosting business in 1995 and has since hosted streaming media and web applications. He is a Microsoft Certified Professional (MCP) and is also A+ certified. Jack has been the co-owner of his current IT services business (Chordata Technologies located in Pittsburgh, Pennsylvania) for more than 8 years with over 150 clients across the United States and Canada.John E Tucker holds graduate and undergraduate degrees from The American University and Strayer University and has more than thirty four years of experience in Higher Education, Information Technology, Government, and Business He has held positions as Provost, Chief Academic Officer, Senior Academic Officer, Vice President of Information Systems, Director of Systems Engineering, Dean of Curriculum Development, Dean of Academic Technology, Director of Operations, Campus Director, and Campus Dean. John was the creator of Strayer University's Distance Learning Program and server as the Director for the first two years. He served on the Board of Directors of Strayer University and helped Strayer grow from 1989-2000. John has worked in both Regional and National accredited educational institutions helping institutions obtain and maintain their accreditation.Darrel Nerove has worked in the IT field for over 20 years in multiple areas of IT, including networking, internetworking, programming, and security. He was the Network Control Manager at the Pentagon and has been a Network Engineer and Systems Engineer on many Microsoft Server 2003 and Microsoft Server 2008 deployments in support of government and Department of Defense contracts. Additionally, Darrel teaches IT courses at the college and university level in the Northern Virginia area and online. In addition to teaching IT courses, Darrel is the Associate Dean for Information Systems at Strayer University and has been responsible for the networking, internetworking, and security curriculum within the university.Greg Tomsho is director of the Computer Networking Technology Department and Cisco Academy at Yavapai College in Prescott, Arizona. He has earned the CCNA, MCTS, MCSA, A+, Network+, Security+, Server+ and Linux+ certifications. A former software engineer, technical support manager and IT director, he has more than 30 years of computer and networking experience. He has written numerous other leading books, including MCSA GUIDE TO INSTALLING AND CONFIGURING MICROSOFT WINDOWS SERVER 2012/R2, MCSA GUIDE TO ADMINISTERING MICROSOFT WINDOWS SERVER 2012/R2, MCSA GUIDE TO CONFIGURING ADVANCED MICROSOFT WINDOWS SERVER 2012/R2 SERVICES, Guide to Operating Systems, MCTS GUIDE TO WINDOWS SERVER 2008 ACTIVE DIRECTORY CONFIGURATION, MCTS GUIDE TO MICROSOFT WINDOWS SERVER 2008 APPLICATIONS INFRASTRUCTURE CONFIGURATION, GUIDE TO NETWORKING ESSENTIALS, GUIDE TO NETWORK SUPPORT AND TROUBLESHOOTING and A+ COURSEPREP EXAMGUIDE.

Summary

MCTS GUIDE TO MICROSOFT WINDOWS SERVER 2008 APPLICATIONS INFRASTRUCTURE CONFIGURATION (Exam #70-643) 1st edition uses a clear and concise presentation of concepts for configuring a Microsoft Windows Server 2008 Applications Infrastructure. By using guidance, recommendations and best practices along with hands-on activities and realistic case scenarios students grasp the application of knowledge and skills needed to deploy and configure an organization’s infrastructure. The accompanying student lab manual, available separately, facilitates learning of these complex concepts.

Product details

• Authors: Jack Hogue, Hogue Jack, Darrel Nerove, Nerove Darrel, J. Palmer, Greg Tomsho, Matt Tomsho, Tomsho Greg, Tomsho Matt, John Tucker
• Publisher: Cengage Learning
• Languages: English
• Product format: Mixed media product
• Released: 22.08.2011
• EAN: 9781423902379
• ISBN: 978-1-4239-0237-9
• Dimensions: 218 mm x 276 mm x 22 mm
• Weight: 972 g
• Subjects: Natural sciences, medicine, IT, technology > IT, data processing > Operating systems, user interfaces; COMPUTERS / Networking / General, COMPUTERS / Operating Systems / General, Windows & variants, Microsoft (Windows) operating systems