Platform for (Nonlinear) System of Accounts for Global Entropy Production, SAGE-P

Authors

  • Marcus Friend, AMF University of Ottawa

Abstract

Objective: to create an open access platform for (nonlinear) accounting algorithms enabling the construction of the LEF for any well-defined dynamical economic, social and natural systems (see Appendix I). The central idea is the seamless mapping of ordinal-valued objects/function upon any well-defined topographical domain space of the Econosphere, where values are conserved-in-exchange or prices, the Sociophere, where values are conserved-in-use or participation rates and the Ecosphere, where values are conserved-inthemselves or existential, (Friend, 2016). 2 Unique to SAGE-P is the discovery of algorithms of entailment which enables the matrix mapping of propositional logic, (i.e., qualities of the accounting objects/functions measured in ordinal values) on empirical evidence, (i.e., quantities of the accounting objects/functions measured in cardinal values). The 3 analysis of qualities permits the development of a hierarchical-structured value system: objects/functions conserved-in-existence > conserved-in-use > conserved-in-exchange. The accounts, and thus the algorithms employed, are set-theoretic nested structures.

Author Biography

Marcus Friend, AMF, University of Ottawa

Retured Professor & Statistician. Ecological Economist Joint with David Rapportm developed the Stress-response environmental statistical system (STRESS). Current research is the System of Accounts for Global Entropy Production, (SAGE-P).

Published

2019-11-22

How to Cite

Friend, AMF, M. (2019). Platform for (Nonlinear) System of Accounts for Global Entropy Production, SAGE-P. Proceedings of the 63rd Annual Meeting of the ISSS - 2019 Corvallis, OR, USA, 63(1). Retrieved from https://journals.isss.org/index.php/proceedings63rd/article/view/3640

Issue

Section

Exploratory Group: Platform for (Nonlinear) System of Accounts for Global Entropy Production, SAGE-P