Architecture-based selection of modeling type for system of systems analysis
Abstract
A methodology for selecting computer modeling methods for system of systems problems was proposed. Two hypotheses were stated and supported by subsequent experimentation: "system architectures are very closely related to conceptual models" and "depending on the architecture views deemed to be essential to describe a system of systems, there are a number of modeling techniques required to adequately model it". The experiments were conducted in a systematic fashion using "element maps" that connect system of systems architecture elements to computer modeling elements. These element maps were developed to provide a repeatable scaffold in the translation of architectures into executable models. Using the element maps, eleven tests were performed on four different architectures varying in size and purpose. A process flow is designed and detailed that helps system of systems engineers with selecting computer modeling types and translating architectures into conceptual models that can be implemented in any computer language.
Related items
Showing items related by title, author, creator and subject.
-
Comparative analysis of the effects of system structure and information input characteristics on the system's response of a military intelligence handling system
Maddox, Edward Reeves (Georgia Institute of Technology, 1971-08) -
A System-of-Systems Design of a Guided Projectile Mortar Defense System
Massey, Kevin C.; Heiges, Michael W.; DiFrancesco, Ben; Ender, Tommer Rafael; Mavris, Dimitri N. (Georgia Institute of Technology, 2006-06)A System-of-Systems design methodology is used to evaluate tradeoffs in the design of a guided bullet system for mortar defense. Guided bullets were designed to match the calibers of four different existing auto guns and ... -
A framework for developing executable architecture for aerial intelligence surveillance and reconnaissance systems-of systems: A systems dynamics approach
Chetcuti, Steven C. (Georgia Institute of Technology, 2020-07-27)A framework for the development of holistic executable architecture for complex systems-of-systems as a method to analyze means and ways trades across the DOTmLP-P (Doctrine, Organization, Training, materiel, Leadership, ...