Systems Architecting: Methods and Examples
Mayelana nale ebook
Systems Architecting: Methods and Examples describes a method of system architecting that is believed to be a substantial improvement over "methods" previously covered in other systems architecting books.
- Incorporates analytic procedure (decision analysis)
- Defines and evaluates alternative architectures
- Improves upon existing architecting methods
- Considers cost-effectiveness of alternatives
- Provides for competitive analysis and its advantages
- Shows alternatives on one simple and easily understood page
With the book’s relatively straightforward approach, it shows how to architect systems in a way that both developers and clients/customers can readily understand. It uses one of the essential principles suggested by Rechtin and Maier, namely, Simplify, Simplify, Simplify.
Systems engineers as well as students taking systems engineering courses will find this book of interest.
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Howard Eisner spent 30 years in industry and 24 years in academia. In the former, he was a working engineer, manager, executive (at ORI, Inc. and the Atlantic Research Corporation) and president of two high-tech companies (Intercon Systems and the Atlantic Research Services Company). In academia, he was a professor of engineering management and a distinguished research professor in the engineering school at the George Washington University (GWU). At GWU, he taught courses in systems engineering, technical enterprises, project management, modulation and noise, and information theory.
He has written nine books that relate to engineering, systems, and management. He has also given lectures, tutorials and presentations to professional societies (such as INCOSE – International Council on Systems Engineering), government agencies, and the Osher Lifelong Learning Institute (OLLI).
In 1994, he was given the outstanding achievement award from the GWU Engineering Alumni.
Dr. Eisner is a life fellow of the IEEE and a fellow of INCOSE and the New York Academy of Sciences. He is a member of Tau Beta Pi, Eta Kappa Nu, Sigma Xi, and Omega Rho, various honor/research societies. He received a Bachelor’s degree (BEE) from the City College of New York (1957), an MS degree in electrical engineering from Columbia University (1958), and a Doctor of Science (DSc) degree from the George Washington University (GWU) (1966).
Since 2013. He has served as professor emeritus of engineering management and a distinguished research professor at the GWU. As such, he has continued to explore advanced topics in engineering, systems and management.
