Tuesday, April 7, 2015

External Changes in Biological and Non-Biological Systems

Early identification of Harmonic Balance in response to external changes can ensure maximum benefit, reduce costs, and improve operational efficiency in Non-Biological and Biological Systems.
One of the substantial strategic and responsive aims for system performance is to control changes in the external environment. 
The system needs internal adjustments because it sustains Internal Harmonic Balance. Early detection and alignment can improve a low Harmonic Balance, restrain suboptimality, and remove the cost burden in the system framework.
One of the signs of Harmonic Balance in Biological Systems is consistency in Social Behavior; however, inconsistency in Social Behavior can indicate a low level of Harmonic Balance.
One of the signs of Harmonic Balance in Non-Biological Systems is consistency in operational procedures; nevertheless, inconsistency in functionality can indicate a low level of Harmonic Balance.
Early detection of Harmonic Balance can contribute to homogeneous social mechanisms, boost creative thinking, and Serious Social dilemmas.
How are internal adjustments possible in Biological and Non-Biological Systems when external environments change?
1-Systems Owners adjust internal changes in Non-Biological Systems through a financial assessment. 
2-Internal changes adapt in the Subconscious Component without any entity involved in Biological Systems. Harmonious External Environments impose Harmonic Balance on the Subconscious Component and vice versa. 
According to an observational study, Non-Biological Systems may have problems coping with External Developmental Changes because of perceptions of economic demand and the correlation between Systems Owners and External Forces in a Competitive World. Biological Systems may have complexity in dealing with External Development Changes Because they have a low level of Harmonic Balance in Subconscious components. An unsteady Superego and an Unreliable Superego Adjuster can diminish Harmony. 
Biological Systems are more vulnerable than Non-Biological Systems because Systems Owners have good potential for capturing and adapting changes in system boundaries. Non-Biological Systems have an essential role to play in a Competitive World. Economic transactions can challenge Systems Owners with Global Elite and Big Corporations to regularly monitor the state of uncertainties and undesirable conditions. Therefore, the level of risk facing Non-Biological Systems would be minimized. Most Biological Systems have issues with Harmonic Balance, Unpredictable Superego Mode, and Unreliable Data in the Superego Adjuster. A possible vulnerability in Non-Biological Systems leads to development issues in Biological Systems.

 

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