book

Trustworthy Cloud Computing

by Vladimir O. Safonov

February 2016

Intermediate to advanced

352 pages

10h 39m

English

Wiley-IEEE Computer Society Press

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THE CLOUD AS AN INNOVATIVE CHANGE OF COMPUTING PARADIGMTHE BASIC IDEA OF THE CLOUD AND ITS ADVANTAGESISSUES OF THE CLOUD APPROACH AND OF ITS LEARNINGELEMENTS OF THE CLOUD APPROACH ALREADY IN USENEXT STEPS OF CLOUD DEVELOPMENT AND THEIR ISSUESINTEREST IN CLOUD AMONG DIFFERENT CATEGORIES OF SPECIALISTS AND COMMUNITIESEXERCISES TO INTRODUCTION
1.1 KINDS OF MODERN SOFTWARE ARCHITECTURES1.2 CHARACTERISTIC FEATURES OF MODERN SOFTWARE1.3 BASIC CONCEPTS OF MODERN SOFTWARE ARCHITECTURE1.4 SERVICE-ORIENTED ARCHITECTURE (SOA)1.5 SOFTWARE AS A SERVICE (SaaS)1.6 KEY IDEAS AND PRINCIPLES OF CLOUD COMPUTING1.7 COMPONENTS OF CLOUD PLATFORMS AND KINDS OF CLOUD SERVICING1.8 LAYERS OF THE CLOUD ARCHITECTURE1.9 SCHEME OF ARCHITECTURE OF THE CLOUD1.10 ROLES OF PEOPLE IN CLOUD COMPUTING1.11 STANDARDS OF CLOUD COMPUTING1.12 HOW THE CLOUDS COME TRUE: ORGANIZATION OF DATACENTERS AND CLOUD HARDWARE1.13 SPECIFICS AND COMPONENTS OF SOFTWARE FOR CLOUD COMPUTING1.14 CLOUD COMPUTING-RELATED TRENDS, ACTIVITIES, AND RESOURCESEXERCISES TO CHAPTER 1
2.1 A VARIETY OF CLOUD PLATFORMS: THE FIRST IMPRESSION2.2 AMAZON AWS CLOUD PLATFORM – A PIONEER OF CLOUD COMPUTING2.3 IBM CLOUD2.4 ORACLE CLOUD2.5 GOOGLE CLOUD PLATFORM2.6 HP HELION CLOUD PLATFORM2.7 SALESFORCE CLOUD PLATFORMEXERCISES TO CHAPTER 2
3.1 VITAL ISSUES OF TRUSTWORTHY COMPUTING3.2 THE TRUSTWORTHY COMPUTING INITIATIVE BY MICROSOFT3.3 THE SECURITY PILLAR3.4 THE RELIABILITY PILLAR3.5 THE PRIVACY PILLAR3.6 THE BUSINESS INTEGRITY PILLAR3.7 TOOLS AND SOFTWARE LIFECYCLE MODELS TO SUPPORT TRUSTWORTHY COMPUTINGEXERCISES TO CHAPTER 3
4.1 PSYCHOLOGICAL BARRIERS BETWEEN THE CUSTOMERS AND THE CLOUD, AND THE WAYS TO OVERCOME THEM4.2 USER INTERFACE FOR CLOUD COMPUTING, ITS CONVENIENCE, USABILITY, AND FUNCTIONALITY FOR TRUSTWORTHY CLOUD COMPUTING4.3 THREATS AND ATTACKS TO CLOUDS4.4 TRUSTWORTHY CLOUD COMPUTING FROM HARDWARE SIDE: DATACENTER ARCHITECTURE, SERVERS, CLUSTERS, HYPERVISORS4.5 TRUSTWORTHY CLOUD COMPUTING FROM OPERATING SYSTEM SIDE: DESIRABLE OS FEATURES TO IMPLEMENT CLOUDS AND DATACENTERS4.6 USING ASPECT-ORIENTED PROGRAMMING FOR REFACTORING CLOUD SERVICES AND MAKING THEM TRUSTWORTHY: THE CONTRIBUTION OF ST. PETERSBURG UNIVERSITYEXERCISES TO CHAPTER 4

5.1 OVERVIEW OF MICROSOFT AZURE ARCHITECTURE AND ITS EVOLUTION5.2 USER INTERFACE AND THE MANAGEMENT PORTAL OF MICROSOFT AZURE5.3 THE COMPUTE COMPONENT: MANAGING AND OPERATING CLOUD SERVICES5.4 THE STORAGE COMPONENT: MANAGING AND OPERATING CLOUD STORAGE5.5 THE SQL AZURE COMPONENT: THE CLOUD DATABASE5.6 NETWORKING IN THE AZURE CLOUD: NETWORK-AS-A-SERVICE (NAAS), CONTENT DELIVERY NETWORK (CDN), VIRTUAL NETWORK, TRAFFIC MANAGER5.7 ACTIVE DIRECTORY IN THE CLOUD: A WAY OF STRUCTURING USER ACCOUNTS5.8 DEVELOPMENT OF MICROSOFT AZURE CLOUD SERVICES WITH MICROSOFT VISUAL STUDIO5.9 VISUAL STUDIO ONLINE AND ITS RELATION TO MICROSOFT AZURE5.10 DEVELOPING MOBILE SERVICES AND CONNECTED MOBILE APPLICATIONS FOR MICROSOFT AZURE5.11 MEDIA SERVICES5.12 THE .NET PLATFORM – THE BASIS OF AZURE IMPLEMENTATION5.13 AZURE TOOLS5.14 MACHINE LEARNING IN THE CLOUD: AZURE MACHINE LEARNING STUDIO5.15 PARALLEL PROCESSING OF BIG DATA IN THE CLOUD: USING APACHE HADOOP IN MICROSOFT AZURE5.16 PERSPECTIVES OF MICROSOFT AZUREEXERCISES TO CHAPTER 5
6.1 INTEGRATION OF CLOUDS. THE INTERCLOUD IEEE STANDARD6.2 THE TCLOUDS PROJECT BY THE EUROPEAN UNION6.3 FURTHER DEVELOPMENTS AND TRENDS OF TRUSTWORTHY CLOUD COMPUTINGEXERCISES TO CONCLUSIONS
A.1 MODELS: MyFile.csA.2 MODELS: FileManagerBlobAccess.csA.3 MODELS: FileManagerDataBase.csA.4 CONTROLLERSA.5 REPRESENTATION AND USER INTERFACEA.6 THE FRAGMENTS OF THE SOURCE CODE