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Software Architecture Comparison Analysis Methods provide organizations with a rationale for an architecture selection process by comparing the fitness of software architecture candidates for required systems. With the lack of data about software architecture, developing comparison methods based on a black box approach is considered very helpful, and architectures can be compared based on a set of criteria derived from the business goals of an organization. A popular method in this context is the Software Architecture Comparison Analysis Method (SACAM) developed by (SEI). This book presents a…mehr

Produktbeschreibung
Software Architecture Comparison Analysis Methods provide organizations with a rationale for an architecture selection process by comparing the fitness of software architecture candidates for required systems. With the lack of data about software architecture, developing comparison methods based on a black box approach is considered very helpful, and architectures can be compared based on a set of criteria derived from the business goals of an organization. A popular method in this context is the Software Architecture Comparison Analysis Method (SACAM) developed by (SEI). This book presents a proposed adaptation of SACAM to be applied in the context of critical socio-technical systems where issues of architecture evolution and maintenance are considered important factors in selecting a strategy to software modernization. The proposed method is called software Architecture Comparison Analysis Method for Critical Systems (SACAM-CS). SACAM-CS is an architecture selection method based on multi-criteria decision analysis. The proposed method has been validated using a suitable case study to compare among two critical systems "check-in systems" used in international airports.
Autorenporträt
Dedicated, resourceful and innovative Academician and Researcher offering 10+ years of well-honed teaching and research experience, with knowledge across the domain of Computer Science and Information Technology. His research interests include Modernizing Legacy Systems, Cloud Computing, Big Data and Aviation Information Technology.