Process-Driven Soa: Patterns for Aligning Business and It

ISBN-13: 9781439889299 / Angielski / Twarda / 2011 / 347 str.

Carsten Hentrich

Opis

Process-Driven SOA: Patterns for Aligning Business and IT supplies detailed guidance on how to design and build software architectures that follow the principles of business-IT alignment. It illustrates the design process using proven patterns that address complex business/technical scenarios, where integrated concepts of service-oriented architecture (SOA), Business Process Management (BPM), and Event-Driven Architecture (EDA) are required. The book demonstrates that SOA is not limited to technical issues but instead, is a holistic challenge where aspects of SOA, EDA, and BPM must be addressed together. An ideal guide for SOA solution architects, designers, developers, managers, and students about to enter the field, the book:

• Provides an accessible introduction to basic and more advanced concepts in process-driven SOA
• Illustrates how to manage the complexities of business aligned IT architectures with detailed examples and industry cases
• Outlines a step-by-step design process using proven patterns to address complex business/ technical scenarios
• Integrates SOA, BPM, and EDA into practical patterns promoting SOA 2.0

Describing how to synchronize parallel enterprise processes, the authors explain how to cope with the architectural and design decisions you are likely to encounter when designing and implementing process-driven SOA systems. The decisions are described in the form of software patterns to provide you with a practical guideline for addressing key problems using time-tested solutions.

Spis treści

Service-Oriented Architecture: A Business Perspective. Service-Oriented Architecture: A Technical Perspective. Pattern Language Walk-Through: An Example from the Insurance Business. Decomposing and Executing Business-Driven and Technical Processes. Integration and Adaptation in Process-Driven SOAs. Aligning Business Goals and Service Design. Business Object Integration: How to Deal with the Data? Process Design: Mapping Domain Views to Technical Views. Integrating Events into Process-Driven SOAs. Invoking Services from Processes. Synchronization of Processes Running in Parallel. Appendix: Related and Referenced Patterns.

O autorze

Carsten Hentrich, Ph.D., is chief technologist at Infosys Germany with a focus on innovative solutions for the German market in the area of remote services, business platforms, e-commerce, and cloud computing. He was director of the IT (Information Technology) Architecture and Enterprise Content Management (ECM) competency groups for Financial Services at CSC Germany. Carsten has a strong background as an IT architect and gathered practical experience in SOA (service-oriented architecture), Business Process Management (BPM), and Event-Driven Architecture (EDA) from his prior career at CSC, IBM, and EDS and has been working in advisory roles for clients from different industries. He has published technical articles in renowned journals such as those of the Association for Computing Machinery (ACM) and the Institute of Electrical and Electronics Engineers (IEEE) and speaks at international conferences. Apart from technical topics, Carsten has a passion for innovative leadership and management approaches, which he has demonstrated in successful pioneering implementations, as a speaker at the Academy of Management, and in a publication in the Harvard Business Review. He holds a PhD in business information management from Westminster Business School in London, an MSc (Dist) in software engineering from Oxford University, and a BSc (Hons) in computer science from the University of Applied Sciences in Wiesbaden, Germany.

Dr. Uwe Zdun is a professor of software architecture at the University of Vienna. Before that, he worked as an assistant professor at the Vienna University of Technology and the Vienna University of Economics. He received his doctoral degree from the University of Essen in 2002. His research focuses on architectural decision, software patterns, modeling of complex software systems, service-oriented systems, event-driven architecture, domain-specific languages, and model-driven development