Published: Elsevier, 2014
Description:
1 online resource (834 pages) : illustrations (some color).
Contents:
“…-- 3.8.2.Emergence of Flowcharting -- 3.8.3.The First Model Becomes the First Comprehensive Model -- 3.8.4.A Parting of the Ways -- 3.8.5.Come Home -- 3.8.6.An Obvious Universality -- 3.8.7.Affordability -- 3.9.Physical Process Modeling -- 3.9.1.Introduction to Process Analysis -- 3.9.2.Process Fundamentals -- 3.9.3.Process Analysis Applications -- 3.9.4.Program Product-Oriented Processes -- 3.9.5.Deployment
Planning Analysis -- 3.9.6.System Sustainment Process Analysis -- 3.10.RAS-Complete and RAS-Centered Analysis -- 3.10.1.A System
Defined -- 3.10.2.Descriptors of Interest -- 3.10.3.System Functionality -- 3.10.4.Performance Requirements Derivation and Allocation -- 3.10.5.Conventional RAS Limitations -- 3.10.6.The Beginning of the Complete RAS -- 3.10.7.System Product Entity Structure -- 3.10.8.Allocation Pacing Alternatives -- 3.10.9.System Relations -- 3.10.10.The System Environment -- 3.10.11.Environmental Relation Algorithm -- 3.10.12.Specialty Engineering and RAS-Complete -- 3.10.13.Verification Extension -- 3.10.14.Conclusions -- 3.11.Model Documentation -- 3.11.1.The Common Failure -- 3.11.2.SAR Content and Format -- 3.11.3.Recommended Responsibility Pattern -- 4.A Variety of Software Models -- 4.1.Introduction -- 4.1.1.Computer Software Development Environment -- 4.1.2.Software Development Models for Analysis -- 4.1.3.Model Comparisons -- 4.1.4.Design and Manufacturing Differences -- 4.1.5.Software Deficit Disorder -- 4.2.Computer Processing-Oriented Analysis -- 4.2.1.Background -- 4.2.2.Flowcharts and Other Things -- 4.2.3.Modern Structured Analysis -- 4.2.4.Hatley-Pirbhai Real-Time Extension -- 4.2.5.Transform from Models to Software Entities and Their Requirements -- 4.2.6.Are These Models Appropriate Only for Software? …”
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