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Thomas Erl

    January 1, 1967
    Thomas Erl
    SOA Design Patterns
    Service-oriented Architecture
    Cloud computing : concepts, technology and architecture
    SOA : principles of service design
    Web Service Contract Design and Versioning for SOA
    Cloud Computing
    • SOA : principles of service design

      • 608 pages
      • 22 hours of reading
      3.7(109)Add rating

      The bulk of the book covers design principles, with material on service contracts, service coupling, service abstraction, reusability, and service autonomy. Final chapters offer a comparison of service-orientation and object orientation, and look at supporting practices

      SOA : principles of service design
    • This book describes cloud computing as a service that is "highly scalable" and operates in "a resilient environment". The authors emphasize architectural layers and models - but also business and security factors.

      Cloud computing : concepts, technology and architecture
    • Service-oriented Architecture

      • 792 pages
      • 28 hours of reading
      3.7(156)Add rating

      The first start-to-finish, step-by-step guide to modeling and designing SOA. Using Service-Oriented Architecture (SOA), enterprises can deliver high-value business services more rapidly and effectively, and gain unprecedented flexibility and value from existing IT infrastructure. SOA has earned the support of virtually every major software provider, and some 75% of enterprises surveyed are now investing in SOA technology and expertise. In Service-Oriented Architecture: Concepts, Technology, and Design, the author of 2004's best-selling SOA book presents the first end-to-end-tutorial for modeling and designing successful service-oriented architectures from the ground up. Writing in plain English, Thomas Erl provides step-by-step process descriptions for analyzing and designing any service or service-oriented business process definition.

      Service-oriented Architecture
    • A formal catalog that provides a pattern language for building service-oriented solutions through solving common design problems, this text offers expert guidance in the form of proven design patterns (and anti-patterns) to minimize the risk and maximize the potential of service delivery in support of SOA.

      SOA Design Patterns
    • A Field Guide to Digital Transformation is a complete tutorial on digital transformation concepts, tools, technologies and practices, organized into a proven industry framework for adoption. Best-selling IT author Thomas Erl and Roger Stoffers offer end-to-end coverage of the full project lifecycle, walking readers through planning, defining, designing, building, and governing digital transformation solutions. The authors highlight common risks, pitfalls, and adoption considerations, sharing practical insights into the organizational, cultural, technological, and operational impacts associated with digital transformation initiatives. Uniquely detailed and practical, this guide reflects the authors' deep experience driving value from digital transformation using technologies available right now.

      A Field Guide to Digital Transformation
    • Cloud computing design patterns

      • 592 pages
      • 21 hours of reading

      This book upholds the high standards of ServiceTech Press, offering vendor-agnostic patterns to address challenges in cloud solutions, from PaaS to SaaS. It serves as both a valuable reference for patterns and a thought-provoking read, prompting critical questions for potential vendors when adopting cloud solutions. Thomas Erl's work presents a unique perspective on cloud design patterns, clearly explained for both technical professionals and laypersons. The text is a powerful resource for cloud experts seeking extraordinary results, making it essential for future cloud designs and architectural considerations. Over two years in development, this comprehensive catalog features 100+ design patterns that illustrate proven solutions to common cloud challenges, supported by over 300 diagrams. Key topics include scalability, elasticity, reliability, resiliency, recovery, data management, and storage. The book also covers cloud security extensively, addressing networking safeguards, identity systems, trust assurance, and auditing. With unprecedented technical depth, it is an indispensable resource for cloud technology architects, solution designers, developers, administrators, and managers. Key areas discussed encompass enabling scalable network access, optimizing multitenant environments, ensuring operational resiliency, provisioning cloud resources, implementing security controls, and monitoring cloud security. The book also tac

      Cloud computing design patterns