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Networking Technology Ser.: Network Virtualization by Kumar Reddy and Victor Moreno (2006, Hardcover)

World of Books USA (1186479)

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Author:Reddy, Kumar. Network Virtualization. Book Binding:Hardback. All of our paper waste is recycled within the UK and turned into corrugated cardboard. World of Books USA was founded in 2005. Book Condition:VERYGOOD.

About this product

Product Identifiers

PublisherCisco Press

ISBN-101587052482

ISBN-139781587052484

eBay Product ID (ePID)52761828

Product Key Features

Number of Pages408 Pages

Publication NameNetwork Virtualization

LanguageEnglish

Publication Year2006

SubjectNetworking / General

TypeTextbook

Subject AreaComputers

AuthorKumar Reddy, Victor Moreno

SeriesNetworking Technology Ser.

FormatHardcover

Dimensions

Item Height1.2 in

Item Weight30.2 Oz

Item Length9.4 in

Item Width7.6 in

Additional Product Features

Intended AudienceScholarly & Professional

LCCN2005-926713

Dewey Edition22

IllustratedYes

Dewey Decimal004.67/8

Table Of ContentTable of Contents Introduction Part I A Network Architecture for the Virtual Enterprise3 Chapter 1Business Drivers Behind Enterprise Network Virtualization Why Virtualize? Visitors, Partners, Contractors, and Quarantine Areas Regulatory Compliance Secure Service Areas Network Consolidation Acquisitions and Mergers Multitenant Enterprises Virtual Project Environment: Next-Generation Business Processes Business Requirements Drive Technical Requirements Summary Chapter 2Designing Scalable Enterprise Networks Hierarchical Campus Design Virtualizing the Campus WAN Design WAN Provider Service Offerings WAN Architecture WAN Resiliency WAN Routing Considerations Securing the WAN WAN Virtualization Summary Chapter 3Basic Virtualized Enterprise The Virtual Enterprise Transport VirtualizationVNs VLANs and Scalability Virtualizing the Routed Core The LAN Edge: Authentication and Authorization Central Services Access: Virtual Network Perimeter Unprotected Services Summary Chapter 4A Virtualization Technologies Primer: Theory Network Device Virtualization Layer 2: VLANs Layer 3: VRF Instances Layer 2 Again: VFIs Virtual Firewall Contexts Network Device Virtualization Summary Data-Path Virtualization Layer 2: 802.1q Trunking Generic Routing Encapsulation IPsec L2TPv3 Label Switched Paths Data-Path Virtualization Summary Control-Plane VirtualizationRouting Protocols VRF-Aware Routing Multi-Topology Routing Control-Plane Virtualization Summary Summary Chapter 5Infrastructure Segmentation Architectures: Theory Hop to Hop Layer 3 H2H Single Address Space Alternatives H2H Summary Tunnel Overlay for L3VPN L3VPN Using GRE and IPsec Overlay Putting It All Together: DMVPN Layer 3 Tunnel Summary Tunnel Overlay for Layer 2 VPNs Layer 2 P2P Overlay Using L2TPv3 Layer 2 P2P Overlay Using MPLS Layer 2 VPN MP2MP Using MPLS (VPLS) Layer 2 VPN Summary Peer-Based Model for Layer 3 VPNs RFC 2547bis the MPLS Way RFC 2547bis Forwarding-Plane Alternatives Inter-Autonomous System Connectivity: Another Application of Tunnels Carrier Supporting Carrier <P style="

SynopsisShare network resources and reduce costs while providing secure network services to diverse user communities Presents the business drivers for network virtualization and the major challenges facing network designers today Shows how to use virtualization designs with existing applications, such as VoIP and network services, such as quality of service and multicast Provides design alternatives for different real-world deployment scenarios, with configuration examples and case studies Today's enterprises have several groups of users with specific needs. The differences between these groups translate into specific network requirements. Within some organizations, these requirements are so dissimilar that the different groups need to be treated as totally separate customers by the enterprise's IT department. As the number of groups increases, keeping them separate and secure is a challenge to IT departments, particularly with the advent of wireless networks, the requirement for enterprise-wide user mobility, and the need for cross group collaboration with resource sharing on a per project basis. Network Virtualization provides design guidance for virtualized enterprise networks and arms network architects with the background necessary to make sound technological choices in the face of different business requirements. As a means of introduction, Network Virtualization lays out the fundamentals of enterprise network design. The book builds upon these fundamental principles to introduce the different virtualization methods as the logical evolution of the enterprise network architecture. Detailed descriptions of the technology, design principles, network configurations, and real-world case studies are provided throughout the book, helping readers develop a pragmatic understanding of virtualized enterprise network architectures. Specific examples are included that tailor deployment advice to the small, medium, and large enterprise environment., Network Virtualization provides secure network services to diverse user communities. Today's enterprises have competing groups of users with specific needs. Many of the differences between these groups translate into specific network requirements. Within some enterprises, these requirements are so dissimilar that the different groups need to be treated as totally separate customers by the IT department. As the number of groups increases, keeping them separate and secure is a challenge particularly with the advent of wireless networks, the requirement for enterprise-wide user mobility, and the need for cross-group collaboration. The term virtualization is used in reference to many technologies, for instance, the virtualization of servers, applications, storage devices, security appliances, and, not surprisingly, the network infrastructure. Network Virtualization illustrates the landscape of virtualization architectures, technologies, and techniques pertinent to the network infrastructure.

LC Classification NumberTK5105.5