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BL
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| Record Number
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851112
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| Main Entry
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Karthikeyan, Shijimol Ambi
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| Title & Author
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Practical Microsoft Azure IaaS : : Migrating and Building Scalable and Secure Cloud Solutions /\ Shijimol Ambi Karthikeyan.
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| Publication Statement
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New York :: Springer Science and Business Media :: Apress,, 2018.
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| Page. NO
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1 online resource
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| ISBN
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1484237633
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: 9781484237632
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1484237625
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9781484237625
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| Contents
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Intro; Table of Contents; About the Author; About the Technical Reviewer; Acknowledgments; Introduction; Chapter 1: Introduction toAzure IaaS; What's New inAzure Resource Manager (ARM Model); Resource Groups; JSON-Based ARM Templates; Role-Based Access Control; IaaS Compute Services; Virtual Machines; VM Pricing Tiers; Basic Tier; Standard Tier; Low-Priority Tier; Azure Compute Unit (ACU); VM Instance Types/SKUs; VM Deployment Considerations; Getting Started withVM Creation; Virtual Machine Scale Sets (VMSS); Autoscaling inVMSS; VMSS Use Cases andDesign Considerations; DevTest Labs
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Features andProvisioningSecure Storage ofCredentials; Configuration andPolicies; Storage inIaaS; Unmanaged Disks; Managed Disks; Standard andPremium Storage; VM Disks; General-Purpose v2 Storage; Azure Networking; Default Segmentation Using VNet; Configure Hybrid Connectivity; Point-to-Site VPN; Site-to-Site VPN; ExpressRoute; Routing inVNets; System Routes; User-Defined Routes/Custom Routes; BGP Route (ExpressRoute); Summary; Chapter 2: Compute Migration; Migrating Compute Workloads toAzure; Analyze; Evaluate; Migrate; Physical Servers; Migration Option 1: Upload VHD
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Migration Option 2: Azure Site Recovery (ASR)Prerequisites forPhysical Server toAzure Migration; Replicate andMigrate Physical Servers toAzure; Azure Portal Steps; VMware Virtualization; The Configuration Server; Azure Migrate; Hyper-V Virtualization; Migration Using ASR; Other Platforms; Summary; Chapter 3: Storage andNetwork Migration; Traditional Storage vs. Storage inAzure; RAID Configuration; Storage Replication inAzure; Storage Spaces Configuration; Storage forCompute; VM Data Size; VM Disk Performance; File Services; Hybrid Storage: StorSimple
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Scale out Using VMSSCreate VMSS; Configure VMSS; Scalability atStorage andNetworking Layers; Summary; Chapter 5: Design forResiliency inAzure; Storage Layer Resiliency; Azure Availability Zones; Azure Backup Service forVMs, Files, andApplications; Azure Backup Service Options; Azure Backup Initial Configuration; Azure Site Recovery forIaaS (Preview); Summary; Chapter 6: Design forHigh Availability inAzure; Availability Sets; Fault Domains andUpdate Domains; Availability Set Configuration; Load Balancing Client Requests; Azure Load Balancer; Azure Standard Load Balancer
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StorSimple Physical Devices: 8100 and8600 ModelsStorSimple Cloud Appliance: 8010 and8020 Models; StorSimple Virtual Array: 1200 Model; Automatic Tiering; Deduplication, Compression, andEncryption; Local Snapshots andCloud Snapshots; Third-Party Solutions; Designing Secure Networks; VLANs andVNets; IPAM, DHCP, andDNS; User-Defined Routing; Network Security Groups; On-Prem vs. Azure: Sample Architecture Comparison; Summary; Chapter 4: Implement Scalable Infrastructure inAzure; Scale upvs. Scale Out; Scale upAzure Virtual Machines; Scale upUsing Automation Runbooks
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| Abstract
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Adopt Azure IaaS and migrate your on-premise infrastructure partially or fully to Azure. This book provides practical solutions by following Microsoft's design and best practice guidelines for building highly available, scalable, and secure solution stacks using Microsoft Azure IaaS. The author starts by giving an overview of Azure IaaS and its components: you'll see the new aspects of Azure Resource Manager, storage in IaaS, and Azure networking. As such, you'll cover design considerations for migration and implementation of infrastructure services, giving you practical skills to apply to your own projects. The next part of the book takes you through the different components of Azure IaaS that need to be included in a resilient architecture and how to set up a highly available infrastructure in Azure. The author focuses on the tools available for Azure IaaS automated provisioning and the different performance monitoring and fine-tuning options available for the platform. Finally, you'll gain practical skills in Azure security and implementing Azure architectures. After reading Practical Microsoft Azure IaaS, you will have learned how to map the familiar on-premise architecture components to their cloud infrastructure counterparts. This book provides a focused and practical approach to designing solutions to be hosted in Azure IaaS. What You Will LearnMap the key Azure components to familiar concepts in infrastructure, such as virtualization, storage provisioning, switching, and firewallsImplement Azure IaaS deployment architecturesDesign IaaS environments in line with the Microsoft recommended best practices for scalability, resiliency, availability, performance, and securityManage the operational aspects of hosted environments, leverage automation, and fine tune for optimal performanceWho This Book Is ForInfrastructure and solution architects with skills in on-premise infrastructure design who want to up-skill in Azure IaaS.
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| Subject
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Cloud computing.
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Microsoft Azure (Computing platform)
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Service-oriented architecture (Computer science)
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Cloud computing.
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COMPUTERS-- Computer Literacy.
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COMPUTERS-- Computer Science.
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COMPUTERS-- Data Processing.
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COMPUTERS-- Hardware-- General.
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COMPUTERS-- Information Technology.
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COMPUTERS-- Machine Theory.
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COMPUTERS-- Reference.
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Information technology: general issues.
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Microsoft Azure (Computing platform)
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Microsoft programming.
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Network hardware.
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Service-oriented architecture (Computer science)
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Windows Azure.
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Windows Azure.
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| Dewey Classification
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004.6782
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| LC Classification
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QA76.585
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