This case study focuses on the constraint propagation of unacceptable
algorithms beyond Biological and Non-Biological Systems. Constraint offensive
algorithms can create a unique operation pattern through hard and soft
coding in Non-Biological Systems. A unique model of algorithms within the Optimal
Superego Adjuster can activate friendly Instincts in the Subconscious Component
through Social Contexts. Non-Biological Systems explores Suboptimization for
handling interruptions and errors. Efficient inference algorithms can execute
by rules and coding style (Hard-coding) to minimize system errors. Specific
security settings add unique constraints and promote performance in artificial
intelligence. Inference rational algorithms articulate in logic programming languages
for circular dependency in basic system operations.
Biological Systems can also improve the Decision-Making Model by
rational algorithms through an Optimal Superego Adjuster. Logical parameters
instantiate in Social Contexts by possessing either activated or inactivated
Instincts.
Soft coding explores programming language technology for maximizing
flexibility and dynamic performance in artificial intelligence, Industrial
Machinery, and Heavy Equipment.
Non-Biological Systems would be compatible when internal resources can
cope with external changes. Encapsulating data in programming languages can
boost functionality, create unique security patterns, and satisfy system
requirements. (Figure1)
Figure 1 shows an example of simple hard coding
in Non-Biological Systems.
A remarkable analogy exists between mechanisms beyond Subconsciousness
in Biological Systems and Soft-coding techniques in Non-Biological Systems.
Humans have a broad option for decision-making through Instinct pattern-matching
algorithms with Social Contexts. Some Instincts retrieve a list of functions
with Harmonized Algorithms and unique security patterns like Hard-coded
Mechanisms in Non-Biological Systems. Those parameters in Social Contexts
modify Instincts recognized as the Superego Adjuster in this study. An optimal
Superego Adjuster activates friendly Instincts and inactivates undesirable
instincts. (Figure 2)
Observation:
System developers use Hard-coding patterns in Non-biological Systems to
maximize system performance, add specific security options, and instantiate
unique models of constraint algorithms. An Optimal Superego Adjuster within
Social Contexts modifies Biological Systems consciously or unconsciously to
minimize unsatisfactory Decision-Making and improve Social Behavior
Patterns.
Observation:
Some Entities in Optimal Superego Adjuster identify as follows:
Religions, Life Philosophy, Psychoanalytic Aspects, Austere Lifestyle, Cultural
Paradigms, Experimental Knowledge, Ethical parameters, and Science
Information.
Observation:
Religions can suppress and improve impetuous decisions, restrict
behavioral freedom, and promote ethical perspectives.
Observation:
Add constraint operations through optimal life philosophy and
Hard-coding patterns within Biological and Non-Biological Systems can enhance
the quality of life.
Observation:
Religions can promote the Superego framework in terms of overcoming the
Forceful Ego. The Superego can activate friendly Instincts and inactivate
Unpleasant Instincts.
Observation:
Religions are part of the Superego Adjuster, and Human beings use an
instance parameter of Religions as a helpful diagnostic tool for restricting
troublesome models in the Decision-Making Model.
Observation:
All possible code settings can be encapsulated in Humans on Birthday.
Each code sets and returns by an array of functions in Mechanisms of Instincts.
Superego Adjuster activates and inactivates Instincts. Humans can harmonize
Instincts thoughtfully with the support of the Superego Adjuster to have an
Optimal pattern of Decision-Making.
Observation:
Active and Inactive instincts can be recognized as code mechanisms that
run a human program. In other words, Active and Inactive instincts determine
decision-making models and Social Behavior Patterns.
Observation:
Constraint propagation of unacceptable algorithms can create a unique
operation paradigm in Biological and Non-Biological Systems because of Optimal
Security Modes.
