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Private Cloud Computing

- Consolidation, Virtualization, and Service-Oriented Infrastructure

  • Format
  • Bog, paperback
  • Engelsk

Beskrivelse

Private cloud computing enables you to consolidate diverse enterprise systems into one that is cloud-based and can be accessed by end-users seamlessly, regardless of their location or changes in overall demand. Expert authors Steve Smoot and Nam K. Tan distill their years of networking experience to describe how to build enterprise networks to create a private cloud. With their techniques you'll create cost-saving designs and increase the flexibility of your enterprise, while maintaining the security and control of an internal network. Private Cloud Computing offers a complete cloud architecture for enterprise networking by synthesizing WAN optimization, next-generation data centers, and virtualization in a network-friendly way, tying them together into a complete solution that can be progressively migrated to as time and resources permit.

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    Automation DWDM. Virtual computer systems Cloud computing San Service-oriented architecture (Computer science) Sonet tor irb Disaster recovery Business Continuity QoS FIP Caching Cloud Security IVR Cloud-Management PaaS Hypervisor VDI SOI SDH SaaS Network virtualization CNA IaaS PFC Cloud Services Service-oriented infrastructure Multi-tenant Private cloud Data centers Consolidation Compression ISCSI VPC RDM Isr Server Virtualization NPV EOR FCF VRF FCoE Trill 10GE ACESM asymmetric virtualization Asynchronous Replication ASR 1000 backup server farm C7600 boomerang router Cat6K C7200 application acceleration Cloud IaaS bridged mode cloud-based WAN optimization DCBX CWDM dark fiber deduplication block aggregation BLSR delayed drop ERSPAN DMVPN DMVPN per VRF elastic scale-out FCIP FEX firewall virtualization generic GRE return FWSM end-of-row FC flow control GRE redirection hash assignment in-path IP forwarding drooping ESX Server FCIP write acceleration FC-MAP MAC pinning kernel module integrity fabric interconnect L2 segmentation multi-VRF LACP FC-2V FCIP tape acceleration FPMAs Nexus 2000 FEX MPLS VPN over DMVPN mask assignment MDS switch negotiated return Nexus 5000 switch NHRP MPLS VPN Nexus 7000 PBR object tracking host agent rack-and-roll recovery time objective port mirroring port profiles proxy-initiator mode routed mode L2 rewrite L3 segmentation services aggregation layer Recovery point objective Steelhead Appliance scalable data referencing synchronous replication TCP probes TCP acceleration TCP proxying services chassis UPSR unsolicited data transfer virtual device context top-of-rack VRF select VSI virtual contexts vPCs mGRE UCSM SPMAs MPLS over L2 circuits virtual switch security vPC host mode WAN optimization Nexus 7000 switch virtual form-factor Not-So-VRF WCCPv2 network path affinity Nexus 1000V switch NPIV service group SLB Rapid Elasticity unified fabric symmetric virtualization VFC VMFS QCN Virtual Machine VNTag WAN optimizer thin hypervisor virtual DMZ WAN optimizers WCCP transparent mode type 1 hypervisor UCS virtual access layer
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