Monday, November 16, 2015

Logical Part of Brain can be locked by Extreme Austere Isolated Instincts



Brain signal processing algorithms can control and transmit all major functions in “Decision Making Models”. Signal Processing Algorithms develop range of patterns and programming style through “Sensory Analysis Cells” within “Logical Part of Brain” and “Instinct Mechanisms”.

An instinct is an inborn complex paradigm of behavior which exists in every member of Biological Systems. Instinct embeds in the genetic pre-programmed Brain Cells and they can be executed according to structural algorithms within “Logical Part of Brain”. Parameters in Social Context modify Structural algorithms and adjust functional mechanisms through two alternatives of Instinct Modes (Active and inactive Instincts). Most repeated behavior pattern can be considered as instinctual, which do not require excellent consciousness to carry out. Biological Systems have thousands invisible instincts and each target at ensuring genetic survival. Optimal parameters in Social Context can be absorbed in “Logical Part of Brain” when good Harmonic Balance possess in Brain cells. Ethical Parameters in Social Context can stimulate, modify, and save in “Sensory Analysis System”. Eventually, saved Ethical Principles, Optimal threading algorithms (Intelligent Experiences) can activate good Instinct and inactivate bad Instincts.

Functional Mechanisms of instincts involve generally in 3 phases of processing.

1-It initiates with open loop (stimuli).

2- Prepare for basic action.

3- Closed loop (response).

Observation:

Long-term interval open-loop instinct can cause issues (Extreme Austere Isolated Instinct). Instance parameters of Extreme Austere Isolated Instincts modify “Decision Making Models” and “Social Behavior Patterns”. Instinct outbreaks would generate large complex parameter maps on the evolutionary path of Human life. Most instincts are inactive and become active along life’s journey through different environmental mechanisms. (Fig 1)
Consistent algorithms in pre-programmed Instinct cells may develop neither new functional capability nor empower progressive neural mechanism.  Absence of coherent Harmonic State in Brain and Unethical Algorithmic Parameters in Social Context generate Negative Cell Signals within “Sensory Analysis System” and then Negative Cells would activate bad Instincts and inactivate good Instincts.
“Positive Signaling Inputs” from “Sensory Analysis System” toward Instinct Domain can be locked by Open-loop Instincts (Extreme Austere Isolated Instinct) because mechanism of Open-loop cycle prevents any Input signals and feedbacks from “Logical Part of Brain”. There is a potential that even “Positive Signaling Inputs” would be partially prevented by Closed-loop Instincts. Certain Instincts have been exhausted from “Extreme Austere Isolated Character” in the past time; therefore, they would generate Open-loop cycle.(Fig1)
                                                                           


Cell Status in “Logical Part of Brain” and Instinct status (Active and Inactive Instincts- Extreme Austere Isolated Instincts) are only Brain elements, which can determine “Decision Making Model” and “Social Behavior Pattern”. Consequently, it can be argued that today basic “Decision Making Model” have analogical mapping with “Decision Making Model” during time periods of ancient history. (Fig 2)

According to observational study, substantial principles and factors for “Decision Making Models” can be described in the following paragraphs:

1- Optimal Algorithmic Parameters undergo “Social Context”.

2- Harmonic state within “Brain Framework”.

3- Optimal Genetic Algorithms and Positive Cell status in “Logical Part of Brain”

4- Instinct status (Optimal number of active and inactive Instincts).

5- Low Numbers of “Extreme Austere Isolated Instincts” in the past time.

6- Short time interval for Open-loop Instincts.

Maintaining good quality of “Decision Making Model” and “Social Behavior Pattern” requires achieving sustainability among principles and factors in “Brain Framework” and “Social Context”. Otherwise, the outcome of Decision Making Model would generate extreme primitive patterns. For example, Social Context with Competitive Domain creates complex algorithmic parameters within “Instinct Domain” and “Signal Processing Algorithms”. (Fig 2)
                                                                                


Observation:

Instincts can be either activated or inactivated through “Social Context” and “Logical Part of Brain”. Genetic parameters can modify two alternatives of Instinct Modes.

Observation:

External forces can promote and improve signal processing between “Sensory Analysis System” and “Instinct Domain” through Closed-loop Instincts. An external force can be referred to psychological methods in Psychotherapy. However, Closed-loop Instincts have always high vulnerability to possible Open-loop Instincts.

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