Systems Engineering Using the DEJI Systems Model® Evaluation, Justification, and Integration with Case Studies and Applications Systems Innovation Book Series
While we need to work more with a systems approach, there are few books that provide systems engineering theory and applications. This book presents a comprehensive collection of systems engineering models. Each of the models is fully covered with guidelines of how and why to use them, along with case studies.
Systems Engineering Using the DEJI Systems Model®: Evaluation, Justification, and Integration with Case Studies and Applications provides systems integration as a unifying platform for systems of systems and presents a structured model for systems applications and explicit treatment of human-in-the-loop systems. It discusses systems design in detail and covers the justification methodologies along with examples. Systems evaluation tools and techniques are also included with a discussion on how engineering education is playing a major role for systems advancement.
Practicing professionals, as well as educational institutions, governments, businesses, and industries, will find this book of interest.
1. Systems View of the World. 2. Overview of DEJI Systems Model®. 3. Design in DEJI Systems Model. 4. Evaluation in DEJI Systems Model. 5. Justification in DEJI Systems Model. 6. Integration Stage of DEJI Systems Model. 7. Application Case Studies of DEJI Systems Model. 8. Data Modeling for Systems Integration. 9. Case Study of Systems Drivers in Aerospace Product Development. 10. Case Study of Nigeria's Industrial Development Centers. 11. Case Study of DEJI Systems Model Application to Intelligence Operations.
Date de parution : 08-2022
15.2x22.9 cm
Thèmes de Systems Engineering Using the DEJI Systems Model® :
Mots-clés :
V-Model; Systems of Systems; Data Analytics; Systems Integration; Waterfall Model; Project Management; Waterfall; Adedeji Badiru; Follow; Cps; Systems Engineering Models; Assignment Problem; Nae; Probability Density Function; Cumulative Distribution Function; Box Jenkins Technique; Hybrid Strategy Module; Engineering Curriculum Integration; Literature Review; Performance Parameter Model; Technology Village; Design Concept Selection; Schedule Overruns; FAA; Federal Aviation Administration; Imp; ARIMA Model; Product Development Projects; Natural Language Generation Systems; State Vector; Total Work Content