Produce a preliminary proposal for implementing George Mobus's proposed System Language (SL) as a JSON Schema
BERT ontology icon webpage as educational/coordination doc. publish to github pages
file:///Users/shingai/Desktop/bert/icon-preview.html
"It remains to now use the discovered concepts of things and their terms to develop a structured description of all systems at any level of organization and complexity. Then using our terminology and such a structured description, we intend to define a system language (SL) that can be used in analysis to obtain a deep understanding of any system of interest (and its environment) as well as be a basis for generating simulation and static models of those systems. This language will provide a single common way to describe all systems regardless of their specific disciplinary content.
Mobus, George E.. Systems Science: Theory, Analysis, Modeling, and Design (p. 308). (Function). Kindle Edition."
"We are now ready to develop a formal definition of a system that, along with the ontological commitments of the last chapter, will be the basis for producing a language for systems. This language will be used to guide analysis of systems, since the definition tells us what we should be looking for, and to build models of systems at various levels of abstraction.7 The definition is given in three complimentary forms: verbal, graphical, and mathematical. All three forms provide views of the system definition that provide access to stakeholders from different backgrounds. The mathematical definition is needed in order to create an abstract representation of the system definition that can be directly applied to creating a language of system (hereafter called SL).
Mobus, George E.. Systems Science: Theory, Analysis, Modeling, and Design (pp. 346-347). (Function). Kindle Edition."
Produce a preliminary proposal for implementing George Mobus's proposed System Language (SL) as a JSON Schema
BERT ontology icon webpage as educational/coordination doc. publish to github pages
file:///Users/shingai/Desktop/bert/icon-preview.html
"It remains to now use the discovered concepts of things and their terms to develop a structured description of all systems at any level of organization and complexity. Then using our terminology and such a structured description, we intend to define a system language (SL) that can be used in analysis to obtain a deep understanding of any system of interest (and its environment) as well as be a basis for generating simulation and static models of those systems. This language will provide a single common way to describe all systems regardless of their specific disciplinary content.
Mobus, George E.. Systems Science: Theory, Analysis, Modeling, and Design (p. 308). (Function). Kindle Edition."
"We are now ready to develop a formal definition of a system that, along with the ontological commitments of the last chapter, will be the basis for producing a language for systems. This language will be used to guide analysis of systems, since the definition tells us what we should be looking for, and to build models of systems at various levels of abstraction.7 The definition is given in three complimentary forms: verbal, graphical, and mathematical. All three forms provide views of the system definition that provide access to stakeholders from different backgrounds. The mathematical definition is needed in order to create an abstract representation of the system definition that can be directly applied to creating a language of system (hereafter called SL).
Mobus, George E.. Systems Science: Theory, Analysis, Modeling, and Design (pp. 346-347). (Function). Kindle Edition."