TITLE:
New Solutions for Systematic Problems Involving Complexity through Program MATLAB Based on Indeterminism for Non-Physicists
AUTHORS:
Deok-Soo Cha, Hee-Jong Jun
KEYWORDS:
Systematical Solution, Systems Simulator, Systems Analysis Theory, Complexity, Regressive Systematic Solution
JOURNAL NAME:
Open Journal of Applied Sciences,
Vol.9 No.7,
July
4,
2019
ABSTRACT: Modern science has solved the systematic dynamic problems involving
complexity such as complex systems by logical solution algebraically such as
the old chaos theory derived from algebraic statistics based on determinism. It
is very vague and difficult for us. Moreover, modern science treats systems dynamic problems as logical
static problems according to determinism. However, this study proposes a novel
solution for systematic problems, it is accomplished by systems analysis theory
based on a third science (indeterminism) as it is more precise and easier to
understand compared to chaos theory. Furthermore, it is suitable for
non-physicists, because it is supported by computer simulations without any
mathematical processing. Thus, it can be solved especially
regressive systems solution. Therefore, this provided an innovative scientific
result to non-physicists for their unsolved systematic problems in modern science.