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El. knyga: Moving To The Cloud: Developing Apps in the New World of Cloud Computing

4.21/5 (28 ratings by Goodreads)
(Senior Research Scientist, Hewlett Packard Labs, Bangalore, India), (Chief Technologist, Hewlett Packard, Systems Technology and Software Division, Bangalore, India)
  • Formatas: EPUB+DRM
  • Išleidimo metai: 16-Nov-2011
  • Leidėjas: Syngress Media,U.S.
  • Kalba: eng
  • ISBN-13: 9781597497268
Kitos knygos pagal šią temą:
Moving To The Cloud: Developing Apps in the New World of Cloud ComputingDidesnis paveikslėlis
  • Formatas: EPUB+DRM
  • Išleidimo metai: 16-Nov-2011
  • Leidėjas: Syngress Media,U.S.
  • Kalba: eng
  • ISBN-13: 9781597497268
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Moving to the Cloud provides an in-depth introduction to cloud computing models, cloud platforms, application development paradigms, concepts and technologies. The authors particularly examine cloud platforms that are in use today. They also describe programming APIs and compare the technologies that underlie them. The basic foundations needed for developing both client-side and cloud-side applications covering compute/storage scaling, data parallelism, virtualization, MapReduce, RIA, SaaS and Mashups are covered. Approaches to address key challenges of a cloud infrastructure, such as scalability, availability, multi-tenancy, security and management are addressed. The book also lays out the key open issues and emerging cloud standards that will drive the continuing evolution of cloud computing.



    • Includes complex case studies of cloud solutions by cloud experts from Yahoo! , Amazon, Microsoft, IBM, Adobe and HP Labs.



    • Presents insights and techniques for creating compelling rich client applications that interact with cloud services.




    • Demonstrates and distinguishes features of different cloud platforms using simple to complex API programming examples.


    Recenzijos

    "This book provides an excellent overview of all the transformations that are taking place around Cloud Computing" --Dr. Prith Banerjee, Senior Vice President of Research and Director, HP Labs

    Daugiau informacijos

    The only book to provide an end-to-end technical description of all the technologies that make up cloud computing hardware and software
    About the Authors xiii
    About the Technical Editor xv
    Contributors xvii
    Foreword xxi
    Preface xxiii
    Chapter 1 Introduction
    		1(22)
    Introduction
    		1(1)
    Where Are We Today?
    		2(4)
    Evolution of the Web
    		3(3)
    The Future Evolution
    		6(2)
    What Is Cloud Computing?
    		8(1)
    Cloud Deployment Models
    		9(3)
    Private vs. Public Clouds
    		10(2)
    Business Drivers for Cloud Computing
    		12(1)
    Introduction to Cloud Technologies
    		13(6)
    Infrastructure as a Service
    		15(1)
    Platform as a Service
    		16(1)
    Software as a Service
    		17(1)
    Technology Challenges
    		18(1)
    Summary
    		19(1)
    References
    		20(3)
    Chapter 2 Infrastructure as a Service
    		23(50)
    Introduction
    		23(1)
    Storage as a Service: Amazon Storage Services
    		24(8)
    Amazon Simple Storage Service (S3)
    		24(6)
    Amazon Simple DB
    		30(1)
    Amazon Relational Database Service
    		31(1)
    Compute as a Service: Amazon Elastic Compute Cloud (EC2)
    		32(21)
    Overview of Amazon EC2
    		32(10)
    Simple EC2 Example: Setting up a Web Server
    		42(5)
    Using EC2 for Pustak Portal
    		47(6)
    HP CloudSystem Matrix
    		53(15)
    Basic Platform Features
    		54(1)
    Implementing the Pustak Portal Infrastructure
    		55(4)
    Cells-as-a-Service
    		59(1)
    Introduction to Cells-as-a-Service
    		60(4)
    Multi-tenancy: Supporting Multiple Authors to Host Books
    		64(3)
    Load Balancing the Author Web Site
    		67(1)
    Summary
    		68(2)
    References
    		70(3)
    Chapter 3 Platform as a Service
    		73(80)
    Introduction
    		73(1)
    Windows Azure
    		74(34)
    A "Hello World" Example
    		75(2)
    Example: Passing a Message
    		77(5)
    Azure Test and Deployment
    		82(8)
    Technical Details of the Azure Platform
    		90(7)
    Azure Programming Model
    		97(1)
    Using Azure Cloud Storage Services
    		98(3)
    Handling the Cloud Challenges
    		101(4)
    Designing Pustak Portal in Azure
    		105(3)
    Google App Engine
    		108(6)
    Getting Started
    		108(1)
    Developing a Google App Engine Application
    		108(3)
    Using Persistent Storage
    		111(3)
    Platform as a Service: Storage Aspects
    		114(12)
    Amazon Web Services: Storage
    		115(1)
    IBM SmartCloud: pureXML
    		116(10)
    Apache Hadoop
    		126(10)
    MapReduce
    		128(6)
    Hadoop Distributed File System
    		134(2)
    Mashups
    		136(12)
    Yahoo! Pipes
    		137(4)
    Yahoo! Query Language
    		141(7)
    Summary
    		148(2)
    References
    		150(3)
    Chapter 4 Software as a Service
    		153(52)
    Introduction
    		153(1)
    CRM as a Service, Salesforce.com
    		154(17)
    A Feature Walk Through
    		154(3)
    Customizing Salesforce.com
    		157(1)
    Force.com: A Platform for CRM as a Service
    		158(3)
    Programming on Salesforce.com and Force.com
    		161(10)
    Social Computing Services
    		171(22)
    What Constitutes "Social" Computing?
    		171(2)
    Case Study: Facebook
    		173(7)
    Extending Open Graph
    		180(1)
    Social Media Web Site: Picasa
    		181(4)
    Micro-Blogging: Twitter
    		185(3)
    Open Social Platform from Google
    		188(1)
    Privacy Issues: OAuth
    		188(5)
    Document Services: Google Docs
    		193(7)
    Using Google Docs Portal
    		193(2)
    Using Google Docs APIs
    		195(5)
    Summary
    		200(2)
    References
    		202(3)
    Chapter 5 Paradigms for Developing Cloud Applications
    		205(50)
    Introduction
    		205(1)
    Scalable Data Storage Techniques
    		205(19)
    Example: Pustak Portal Data
    		207(1)
    Scaling Storage: Partitioning
    		208(9)
    NoSQL Systems: Key-Value Stores
    		217(5)
    NoSQL Systems: Object Databases
    		222(2)
    MapReduce Revisited
    		224(13)
    A Deeper Look at the Working of MapReduce Programs
    		225(4)
    Fundamental Concepts Underlying MapReduce Paradigm
    		229(3)
    Some Algorithms Using MapReduce
    		232(5)
    Rich Internet Applications
    		237(12)
    Getting Started
    		237(2)
    A Simple (Hello World) Example
    		239(3)
    Client-Server Example; RSS Feed Reader
    		242(2)
    Advanced Platform Functionality
    		244(1)
    Advanced Example: Implementing Pustak Portal
    		245(4)
    Summary
    		249(2)
    References
    		251(4)
    Chapter 6 Addressing the Cloud Challenges
    		255(52)
    Introduction
    		255(1)
    Scaling Computation
    		256(16)
    Scale Out versus Scale Up
    		256(1)
    Amdahl's Law
    		257(1)
    Scaling Cloud Applications with a Reverse Proxy
    		258(2)
    Hybrid Cloud and Cloud Bursting: OpenNebula
    		260(3)
    Design of a Scalable Cloud Platform: Eucalyptus
    		263(3)
    ZooKeeper: A Scalable Distributed Coordination System.
    		266(6)
    Scaling Storage
    		272(12)
    CAP Theorem
    		272(3)
    Implementing Weak Consistency
    		275(5)
    Consistency in NoSQL Systems
    		280(4)
    Multi-Tenancy
    		284(14)
    Multi-Tenancy Levels
    		285(1)
    Tenants and Users
    		286(1)
    Authentication
    		287(1)
    Implementing Multi-Tenancy: Resource Sharing
    		287(4)
    Case Study: Multi-Tenancy in Salesforce.com
    		291(3)
    Multi-Tenancy and Security in Hadoop
    		294(4)
    Availability
    		298(3)
    Failure Detection
    		298(1)
    Application Recovery
    		299(1)
    Librato Availability Services
    		299(1)
    Use of Web Services Model
    		300(1)
    Summary
    		301(2)
    References
    		303(4)
    Chapter 7 Designing Cloud Security
    		307(22)
    Introduction
    		307(1)
    Cloud Security Requirements and Best Practices
    		308(3)
    Physical Security
    		309(1)
    Virtual Security
    		309(2)
    Risk Management
    		311(2)
    Risk Management Concepts
    		311(1)
    Risk Management Process
    		312(1)
    Security Design Patterns
    		313(3)
    Defense in Depth
    		313(1)
    Honeypots
    		313(1)
    Sandboxes
    		313(1)
    Network Patterns
    		314(1)
    Common Management Database
    		314(1)
    Example: Security Design for a PaaS System
    		314(2)
    Security Architecture Standards
    		316(2)
    SSE-CMM
    		316(1)
    ISO/IEC 27001-27006
    		316(1)
    European Network and Information Security Agency (ENISA)
    		317(1)
    ITIL Security Management
    		317(1)
    Legal and Regulatory Issues
    		318(5)
    Third-party Issues
    		319(1)
    Data Handling
    		320(2)
    Litigation Related Issues
    		322(1)
    Selecting a Cloud Service Provider
    		323(2)
    Listing the Risks
    		323(1)
    Security Criteria for Selecting a Cloud Service Provider
    		324(1)
    Cloud Security Evaluation Frameworks
    		325(1)
    Cloud Security Alliance
    		325(1)
    Trusted Computing Group
    		326(1)
    Summary
    		326(1)
    References
    		327(2)
    Chapter 8 Managing the Cloud
    		329(22)
    Introduction
    		329(1)
    Managing IaaS
    		330(9)
    Management of CloudSystem Matrix
    		330(6)
    EC2 Management: Amazon CloudWatch
    		336(3)
    Managing PaaS
    		339(3)
    Management of Windows Azure
    		339(3)
    Managing SaaS
    		342(2)
    Monitoring Force.com: Netcharts
    		342(1)
    Monitoring Force.com: Nimsoft
    		342(2)
    Other Cloud-Scale Management Systems
    		344(3)
    HP Cloud Assure
    		344(1)
    RightScale
    		345(1)
    Compuware
    		346(1)
    Summary
    		347(1)
    References
    		348(3)
    Chapter 9 Related Technologies
    		351(38)
    Introduction
    		351(1)
    Server Virtualization
    		351(10)
    Hypervisor-based Virtualization
    		353(1)
    Techniques for Hypervisors
    		354(2)
    Hardware Support for Virtualization
    		356(5)
    Two Popular Hypervisors
    		361(2)
    VMware Virtualization Software
    		361(1)
    XenServer Virtual Machine Monitor
    		362(1)
    Storage Virtualization
    		363(11)
    File Virtualization
    		363(6)
    Block Virtualization
    		369(5)
    Grid Computing
    		374(7)
    Overview of Grid Computing
    		374(1)
    A Closer Look at Grid Technologies
    		375(3)
    Comparing Grid and Cloud
    		378(3)
    Other Cloud-Related Technologies
    		381(3)
    Distributed Computing
    		381(2)
    Utility Computing
    		383(1)
    Autonomic Computing
    		383(1)
    Application Service Providers
    		384(1)
    Summary
    		384(1)
    References
    		385(4)
    Chapter 10 Future Trends and Research Directions
    		389(38)
    Introduction
    		389(1)
    Emerging Standards
    		389(9)
    Storage Networking Industry Association (SNIA)
    		390(4)
    DMTF Reference Architecture
    		394(2)
    NIST
    		396(1)
    IEEE
    		397(1)
    Open Grid Forum (OGF)
    		397(1)
    Cloud Benchmarks
    		398(10)
    Cloudstone
    		399(3)
    Yahoo! Cloud Serving Benchmark
    		402(3)
    CloudCMP
    		405(3)
    End-User Programming
    		408(7)
    Visual Programming
    		409(1)
    Programming by Example
    		409(6)
    Open Cirrus
    		415(4)
    Process of Getting onto Open Cirrus
    		415(1)
    Management of Large Scale Cloud Research Tests
    		416(2)
    Node Reservation System
    		418(1)
    Scalable Monitoring System
    		419(1)
    Cloud Sustainability Dashboard
    		419(1)
    Open Research Problems in Cloud Computing
    		419(4)
    Summary
    		423(1)
    References
    		424(3)
    Index 427
    Senior Research Scientist, Hewlett Packard Labs, Bangalore, India, where her research focuses on Personalization, Ontologies and Semantic Web. She is currently leading a research project on novel cloud services for simplifying web access. She obtained the M.E in Computer Science from the Indian Institute of Science, Bangalore. Her research has led to multiple US patents and international conference papers. Chief Technologist, Hewlett Packard, Systems Technology and Software Division, Bangalore, India. He is responsible for new product and technology development with a focus on storage systems, self-healing and automated management. Dr. Sitaram is also responsible for University Relations, and Innovation activities at HP. He earned the PhD in Computer Science from University of Wisconsin, Madison; his R&D efforts have resulted in over a dozen granted US patents. He is co-author of Multimedia Servers: Applications, Environments and Design. Morgan Kaufmann, 2000.
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