Algorithm can illustrate multiple instances of thought threads and function as mirror for thought processes. Algorithm parameters have features for wide variety of implementations. Algorithm parameters can instantiate automatically by universe pathways, compilation of a program, passing either single sign or multiple communication signs, and "multi-process modification zones" on system platforms. The most popular algorithm can categorize as following.
1-Designated Algorithm: it sets and acts as a bridge for process model construction in different ways: digital object, interaction mode, profile integration, implementation plan structure, and “communication signs” according to UML diagram (fig 1) in the above section.
2-Genetic Algorithm: algorithm parameters use and energize by biological systems in order to approach particular goal. UML diagram shows more details on (fig 1) in the above section.
3-Universal Algorithm: instance of algorithm parameters are visible in the entire universe and illustrate in UML diagram.
4-Algorithms in biological systems: algorithm parameters set for automatic mechanism and pattern control functions in biological systems. The low parameter value and setting default value show in UML diagram.
5- Alarm Algorithm: algorithm parameters set for critical parameter values and error patches. Algorithm parameters set to measure and monitor diagnostics signs of insufficiency in system. Algorithm parameters can rollback critical data to previous optimal state.
6-Game Algorithm: algorithm parameters set mechanism for developing an interactive TV-game and similar type of stunning games software.
7- Multi-process algorithm: Algorithm parameters set through global variables and create multi-process for modification of entities and other processes on system framework in order to ensure successful goal achievement.
High-level integrated systems with homogeneity and coherences can establish an infrastructure, which subcomponents and Supply Chain Ecosystems can inherit multi-process algorithm from hierarchy layers.
Instance of algorithm parameters in environmental subcomponents and Supply Chain Ecosystem portray hierarchy algorithm parameters. Global algorithm parameters illustrate multiple instances of thought process on hierarchy layer. Complex patterns in hidden strategy and vision can detect through global algorithm path or inherited parameters on local algorithm.
External forces can observe and detect parameter algorithm on associated functions of subcomponents and Supply Chain Ecosystem. External forces may launch appropriate counterattack tactic without any direct involvement with opponent agencies and local communities.
Multi-process algorithm model make a pragmatic inference to respond to complex competitive environments; besides, it saves costs and time for opponents.
The reliability of analogical inference between global algorithm and multi-process algorithm in subcomponents can measure by conducting diagnostic and prognostic tests.