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chandrasekaran k. - essentials of cloud computing
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Essentials of Cloud Computing




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Dettagli

Genere:Libro
Lingua: Inglese
Pubblicazione: 12/2014
Edizione: 1° edizione





Note Editore

Cloud computing—accessing computing resources over the Internet—is rapidly changing the landscape of information technology. Its primary benefits compared to on-premise computing models are reduced costs and increased agility and scalability. Hence, cloud computing is receiving considerable interest among several stakeholders—businesses, the IT industry, application developers, researchers, and students. To successfully embrace this new computing model, these stakeholders need to acquire new cloud computing skills and knowledge. This book is designed to provide readers with a clear and thorough understanding of the key aspects of cloud computing. Presented in an easy-to-understand style, Essentials of Cloud Computing begins with an introduction to basic cloud computing concepts. It then covers cloud computing architecture, deployment models, programming models, and cloud service types, such as Software as a Service (SaaS) and Infrastructure as a Service (IaaS). It also discusses the cloud’s networking aspects, major service providers, open source support, and security issues. The book concludes with a discussion of several advanced topics, such as mobile clouds, media clouds, and green clouds. This book is intended for beginners as well as experienced practitioners who want to learn more about cloud computing. It includes many case studies, programming examples, and industry-based applications. Each chapter concludes with review questions that help readers check their understanding of the presented topics. Essentials of Cloud Computing will help readers understand the issues and challenges of cloud computing and will give them the tools needed to develop and deploy applications in clouds.




Sommario

ForewordPrefaceComputing ParadigmsLearning ObjectivesPreambleHigh-Performance ComputingParallel ComputingDistributed ComputingCluster ComputingGrid ComputingCloud ComputingBiocomputingMobile ComputingQuantum ComputingOptical ComputingNanocomputingNetwork ComputingSummaryReview PointsReview QuestionsFurther ReadingCloud Computing FundamentalsLearning ObjectivesPreambleMotivation for Cloud ComputingThe Need for Cloud ComputingDefining Cloud ComputingNIST Definition of Cloud ComputingCloud Computing Is a ServiceCloud Computing Is a Platform5-4-3 Principles of Cloud computingFive Essential CharacteristicsFour Cloud Deployment ModelsThree Service Offering ModelsCloud EcosystemRequirements for Cloud ServicesCloud ApplicationBenefits and DrawbacksReview PointsReview QuestionsReferenceFurther ReadingCloud Computing Architecture and ManagementLearning ObjectivesPreambleIntroductionCloud ArchitectureLayer 1 (User/Client Layer)Layer 2 (Network Layer)Layer 3 (Cloud Management Layer)Layer 4 (Hardware Resource Layer)Anatomy of the CloudNetwork Connectivity in Cloud ComputingPublic Cloud Access NetworkingPrivate Cloud Access NetworkingIntracloud Networking for Public Cloud ServicesPrivate Intracloud NetworkingNew Facets in Private NetworksPath for Internet TrafficApplications on the CloudManaging the CloudManaging the Cloud InfrastructureManaging the Cloud ApplicationMigrating Application to CloudPhases of Cloud MigrationApproaches for Cloud MigrationSummaryReview PointsReview QuestionsReferencesFurther ReadingCloud Deployment ModelsLearning ObjectivesPreambleIntroductionPrivate CloudCharacteristicsSuitabilityOn-Premise Private CloudOutsourced Private CloudAdvantagesDisadvantagesPublic CloudCharacteristicsSuitabilityIssuesAdvantagesDisadvantagesCommunity CloudCharacteristicsSuitabilityOn-Premise Community CloudOutsourced Community CloudAdvantagesDisadvantagesHybrid CloudCharacteristicsSuitabilityIssuesAdvantagesDisadvantagesSummaryReview PointsReview QuestionsReferencesCloud Service ModelsLearning ObjectivesPreambleIntroductionInfrastructure as a ServiceCharacteristics of IaaSSuitability of IaaSPros and Cons of IaaSSummary of IaaS ProvidersPlatform as a ServiceCharacteristics of PaaSSuitability of PaaSPros and Cons of PaaSSummary of PaaS ProvidersSoftware as a ServiceCharacteristics of SaaSSuitability of SaaSPros and Cons of SaaSSummary of SaaS ProvidersOther Cloud Service ModelsSummaryReview PointsReview QuestionsFurther ReadingTechnological Drivers for Cloud ComputingLearning ObjectivesPreambleIntroductionSOA and CloudSOA and SOCBenefits of SOATechnologies Used by SOASimilarities and Differences between SOA and Cloud ComputingHow SOA Meets Cloud ComputingCCOAVirtualizationApproaches in VirtualizationHypervisor and Its RoleTypes of VirtualizationMulticore TechnologyMulticore Processors and VM ScalabilityMulticore Technology and the Parallelism in CloudCase StudyMemory and Storage TechnologiesCloud Storage RequirementsVirtualization SupportStorage as a Service (STaaS)Emerging Trends and Technologies in Cloud StorageNetworking TechnologiesNetwork Requirements for CloudVirtualization SupportUsage of Virtual NetworksDCs and VPLSSDNMPLSOther Emerging Networking Trends and Technologies in CloudWeb 2.0Characteristics of Web 2.0Difference between Web 1.0 and Web 2.0Applications of Web 2.0Web 2.0 and Cloud ComputingWeb 3.0Components of Web 3.0Characteristics of Web 3.0Convergence of Cloud and Web 3.0Case Studies in Cloud and Web 3.0Software Process Models for CloudTypes of Software ModelsAgile SDLC for Cloud ComputingAgile Software Development ProcessAdvantages of Agile ModelHow Cloud Meets Agile Process?Programming ModelsProgramming Models in CloudPervasive ComputingHow Pervasive Computing Works?How Pervasive Computing Helps Cloud Computing?Operating SystemTypes of Operating SystemsRole of OS in Cloud ComputingFeatures of Cloud OSCloud OS RequirementsCloud-Based OSApplication EnvironmentNeed for Effective ADEApplication Development MethodologiesPower of Cloud Computing in Application DevelopmentCloud Application Development PlatformsCloud Computing APIsSummaryReview PointsReview QuestionsReferencesFurther ReadingVirtualizationLearning ObjectivesPreambleIntroductionVirtualization OpportunitiesProcessor VirtualizationMemory VirtualizationStorage VirtualizationNetwork VirtualizationData VirtualizationApplication VirtualizationApproaches to VirtualizationFull VirtualizationParavirtualizationHardware-Assisted VirtualizationHypervisorsTypes of HypervisorsSecurity Issues and RecommendationsFrom Virtualization to Cloud ComputingIaaSPaaSSaaSSummaryReview PointsReview QuestionsFurther ReadingProgramming Models for Cloud ComputingLearning ObjectivesPreambleIntroductionExtended Programming Models for CloudMapReduceCGL-MapReduceCloud Haskell: Functional ProgrammingMultiMLton: Functional ProgrammingErlang: Functional ProgrammingSORCER: Object-Oriented ProgrammingProgramming Models in AnekaNew Programming Models Proposed for CloudOrleansBOOM and BloomGridBatchSimple API for Grid ApplicationsSummaryReview PointsReview QuestionsReferencesFurther ReadingSoftware Development in CloudLearning ObjectivesPreambleIntroductionSaaS Is Different from Traditional SoftwareSaaS BenefitsSuitability of SaaSDifferent Perspectives on SaaS DevelopmentSaaS from Managed Infrastructure and PlatformSaaS from IaaS and Managed PlatformSaaS from Managed Infrastructure and PaaSSaaS from IaaS and PaaSNew ChallengesMultitenancySecurityScalabilityAvailabilityUsabilitySelf-Service Sign-UpAutomated BillingNondisruptive UpdatesService IntegrationVendor Lock-InCloud-Aware Software Development Using PaaS TechnologyRequirements AnalysisMultitenant ArchitectureHighly Scalable and Available ArchitectureDatabase DesignSaaS DevelopmentMonitoring and SLA MaintenanceSummaryReview PointsReview QuestionsFurther ReadingNetworking for Cloud ComputingLearning ObjectivesPreambleIntroductionOverview of Data Center EnvironmentArchitecture of Classical Data CentersCEDCsPhysical OrganizationStorage and Networking InfrastructureCooling InfrastructureNature of Traffic in Data CentersNetworking Issues in Data CentersAvailabilityPoor Network PerformanceSecurityTransport Layer Issues in DCNsTCP Impairments in DCNsSummary: TCP Impairments and CausesTCP Enhancements for DCNsTCP with Fine-Grained RTO (FG-RTO)TCP with FG-RTO + Delayed ACKs DisabledDCTCPICTCPIA-TCPD2TCPTCP-FITDCTDCTCPTCP with Guarantee Important Packets (GIP)PVTCPSummary: TCP Enhancements for DCNsSummaryReview PointsReview QuestionsReferencesCloud Service ProvidersLearning ObjectivesPreambleIntroductionEMCEMC ITCaptiva Cloud ToolkitGoogleCloud PlatformCloud StorageGoogle Cloud ConnectGoogle Cloud PrintGoogle App EngineAmazon Web ServicesAmazon Elastic Compute CloudAmazon Simple Storage ServiceAmazon Simple Queue ServiceMicrosoftWindows AzureMicrosoft Assessment and Planning ToolkitSharePointIBMCloud ModelsIBM SmartCloudSAP LabsSAP HANA Cloud PlatformVirtualization Services Provided by SAPSalesforceSales CloudService Cloud: Knowledge as a ServiceRackspaceVMwareManjrasoftAneka PlatformSummaryReview PointsReview QuestionsReferencesFurther ReadingOpen Source Support for CloudLearning ObjectivesPreambleIntroductionOpen Source in Cloud Computing: An OverviewDifference between Open Source and Closed SourceAdvantages of Having an Open SourceOpen Source Tools for IaaSOpenNebulaEucalyptusOpenStackApache CloudStackNimbusGoGrid CloudOpen Source Tools for PaaSPaasmakerRed Hat OpenShift OriginXen Cloud PlatformCloudifyOpen Source Tools for SaaSApache VCLGoogle DriveGoogle DocsDropboxOpen Source Tools for ResearchCloudSimSimMapReduceCloud AnalystGreenCloudDistributed Computing Tools for Management of Distributed SystemsCassandraHadoopMongoDBNGridGangliaSummaryReview PointsReview QuestionsReferencesFurther ReadingSecurity in Cloud ComputingLearning ObjectivesPreambleIntroductionCloud in Information TechnologyCloud General ChallengesSecurity AspectsData SecurityVirtualization SecurityNetwork Sec




Autore

K. Chandrasekaran










Altre Informazioni

ISBN:

9781482205435

Condizione: Nuovo
Dimensioni: 9.25 x 6.25 in Ø 1.50 lb
Formato: Copertina rigida
Illustration Notes:95 b/w images, 15 tables and 7
Pagine Arabe: 408


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