Simulation and Metrics Framework for Guiding Innovation in Non-Proprietary Cloud Architectures

Dr. Charles D. Madewell, Dr. Danette Lance

Abstract: The importance of innovation to the continued success of an organization in this competitive environment is well-known and discussed.  Persistent innovation can be the key to continued success and longevity.  Innovation done correctly, also tends to bring about greater efficiency, competitive advantage, and enhanced profits.  Thus, developing ways to understand and guide innovation so that emerging technologies can be implemented is a greatly needed capability for organizations.  This is especially true for the new and highly competitive cloud services provider arena.  This research samples seventy-seven report articles published in peer-reviewed research journals and created a simulation and metrics framework that can be used to help guide innovation.  This framework facilitates organizations to predict the overall performance of their architecture and choose which components of the architecture merit use.

Keywords:  Performance, Architecture, Cloud, Innovation, Framework, Semantic.

Title: Simulation and Metrics Framework for Guiding Innovation in Non-Proprietary Cloud Architectures

Author: Dr. Charles D. Madewell, Dr. Danette Lance

International Journal of Computer Science and Information Technology Research

ISSN 2348-1196 (print), ISSN 2348-120X (online)

Research Publish Journals

Vol. 3, Issue 2, April 2015 - June 2015

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Simulation and Metrics Framework for Guiding Innovation in Non-Proprietary Cloud Architectures by Dr. Charles D. Madewell, Dr. Danette Lance