Saturday, December 17, 2011

Say farewell to Decentralized Control Systems and salute to Centralized Control Systems

Decentralized and Centralized Control Systems are dynamic control modes, which apply back and forth motion for Immune System Stimulation.
Decentralized Control System can implement when system resources are in harmonic modes. System elements can responsible for wide variety of activities. It promotes bottoms up information flows.
Centralized Control System can implement when internal and external system environments may possess chaotic modes. Tough competitive environments are compatible with Centralized Control System model. However, it would be complicated to embed and operate Centralized Control System on system platform because it requires high level security and interlocks system resources of oppression.   
Tough competitive environments demand high-level control algorithms. The closed-loop property of Centralized Control System interrogates high-level control algorithms, which is compatible with tough competitive environments.
Decentralized Control System has complexity in tough competitive environments due to low information availability cross internal resources and external forces. Optimal Centralized Control System creates transparency and rational approach for selection of optimal strategy in today’s extremely competitive world.
Design an optimal Centralized Control System is possible when system developer has notion of cognition beyond knowledge, sufficient capital buffers, and life time asset management. System owner must have social solidarity, empathy, tolerance, and loyalty in structured character. The integration approach is substantial part of construction-design in Centralized Control System. The failure of integration cause partial mode locking on Centralized Control System.
Partial mode locking on Centralized Control System modifies parameters of harmonic balance in biological systems. Modification of harmonic balance generates invisible entities on the evolutionary path of systems performances.
Observation 1:
According to observational study, possibility to create optimal Centralized Control System is very low.
Observation 2:
Tough competitive environments target Centralized Control Systems and perpetuate short-term optimization in paradigm shifts and future prospects. Decentralized Control System is going to eliminate permanently because of low interoperability framework in tough competitive environments. 
Observation 3:
The integration with subcomponents and associated integrated systems requires unique embedded algorithms, which determine through property assessments of designated systems.
Observation 4:
Centralized Control Systems save costs, increase security status, aim of good ongoing competitor analysis, tackle any aggression, better flexible adoption of external changes,  and reflect consistent information.

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