Secondary instincts serve as instances of
harmonic balance within Biological Systems by preserving Open-loop modes. They
achieve this by activating related instincts to support Closed-loop conditions,
which sustains system stability. Algorithmic functions within feedback
mechanisms effectively integrate and achieve tremendous success when the harmonic
balance of the Conscious Component increases and vice versa.
Harmonic balance in the brain framework has the
potential to influence external environments. In Non-Biological Systems, global
variables may modify environmental forces. Parameters that extend beyond these
global variables are shaped by the perceptions and interpretations of systems
operators, especially within competitive contexts.
Biological and Non-Biological systems can face
intangible factors or invisible entities that might lead to critical failures
if feedback mechanisms fail to respond effectively in Open-loop cycle modes. Algorithmic
codes should remain consistent and robust to prevent failures, sending
proactive alerts to activate related instincts before the onset of Open-loop cycle
modes.
Due to limited managerial skills and economic
insights, operators often struggle to define and adapt feedback mechanisms on a
system platform. Competitive pressures further challenge the establishment of
rational algorithms beyond feedback mechanisms. However, optimal feedback
mechanisms help resources, reduce the impact of invisible entities, and enhance
communication among system resources.
Observations on Feedback Mechanisms
and System Variables
1-When integrated with dynamic interaction and
visual attention, an optimal feedback mechanism has been observed to extend
life expectancy in certain aquarium fish species.
2- A deterministic relationship exists between
global variables in Non-Biological Systems and optimal feedback mechanisms,
indicating interdependence.
3-Optimal feedback mechanisms enhance awareness
within decision-making models, leading to more informed outcomes.
4-Poorly defined instructions and substandard
sensor inputs can disrupt the feedback control loop, impacting the technology
life cycle. Weak algorithms, vague code, defensive programming, and limited
core applications can reduce productivity, increase costs, cause security
issues, and ultimately lower customer satisfaction.
5- A teacher who provides timely, urgent Feedback
fosters happier students with superior knowledge. Analogically, for the following
statements, parents who maintain harmonious interactions offer constructive Feedback
to their children, while citizens in a balanced system environment can offer
unsolicited advice without offending.
6-Algorithmic parameters that enhance harmonic
balance in the Conscious Component contribute to developing optimal feedback
mechanisms within secondary instincts.
7-In Non-Biological Systems, global variables
correspond to laws, rules, and guidelines in social contexts, organizational
regulations or visions, and technical settings that govern the operation and
performance. In Biological Systems, global variables are characteristic codes beyond
instincts and other submodules within the Subconscious Component of humans or
animals.
8-Algorithms supporting feedback mechanisms offer
a framework for feasible solutions, even in complex or multifaceted situations.
9-Irrational global variables can promote
falsehoods in the external environments, and Hypocrisy within these parameters
limits the effectiveness of feedback mechanisms. Systems Owners can eliminate
flawed parameters that introduce falseness to the system. Cynical global
variables can encourage Hypocrisy, while obscure variables may occasionally
align with the pressures of a competitive world.
10-Practicing Hypocrisy within the system
platform complicates the evolutionary progress of system performance, often
resulting in numerous challenges without feasible or affordable solutions.
11-A harmonic balance within consciousness can
support optimal decision-making patterns and reinforce robust feedback
mechanisms.
