Detect Hidden Strategies on the Hierarchy Layer

                                                                                   

 

 

An algorithm can manifest multiple instances of thoughtful threads and operational functions as a mirror for the System Framework. Algorithm parameters have features for a wide variety of implementations. Besides, they can respond instantly by universe pathways, aggregating codes in a program, and aligning either single or multiple communication signs.

 

The most popular Pattern Recognition Algorithms can be categorized as follows. 

 

1-Designated Algorithm Model: 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 the UML diagram (fig 1) in the above section.

 

2-Genetic Algorithms: algorithm parameters used and energized by Biological Systems to approach a

particular goal. UML diagram shows more details in (fig 1) in the above section.

 

3-Universal Algorithms: an instance of algorithm parameters is visible in the entire universe and illustrated in the UML diagram.

 

4-Algorithms beyond Non-Biological Systems can be set for automatic mechanism and pattern control functions for Biological Systems. The low parameter value and set default value are shown in the UML diagram.

 

5- Alarm Algorithm: algorithm parameters set for critical parameter values and error patches.

Algorithm parameters can measure and monitor diagnostics signs of insufficiency in the system. Algorithm parameters can roll back decisive data to a previous optimal state.

 

6-Game Algorithms: algorithm parameters set the mechanism for developing an interactive TV game and a similar type of stunning game software.

 

7- Multi-process Algorithm: Algorithm parameters regulate through Global Variables and create multi-process for modification of entities and other processes on the system framework to ensure successful goal achievement.

High-level integrated systems with a homogeneous environment can establish an infrastructure where subcomponents and Supply Chain Ecosystems can inherit multi-process algorithms from hierarchy layers. Complex hidden strategy and vision patterns can be detected through global algorithm paths or inherited parameters on a local algorithm.

Observation:

External Forces can observe and detect parameter algorithms on associated functions of subcomponents and the Supply Chain Ecosystem. External Domains may launch appropriate counterattack tactics without directly involving opponent agencies and local communities. The multi-process algorithm model makes a pragmatic inference to respond to complicated competitive environments; besides, it saves costs and time for opponents.