Sunday, March 13, 2011

Control Mechanisms Beyond Biological and Non-Biological Systems


                                                                                
                                                                                  

             


                                                                                     
                                                                                     

                                                                              

Integration Implementation Mode requires commitment, responsibility, and Sustainability Promotion Development on both sides. Resources layers within both System Platforms can interact in high-level design integration. Therefore, Systems Owners must acknowledge social and environmental responsibilities for Biological Systems. Systems owners must provide Ethical Strategies and Sustainable Social Security to protect the quality performances of Biological Systems.
Systems Owners design and build a Surveillance Component to ensure the quality, performance, and productivity in Non-Biological Systems (Fig1).
Systems Owners monitor Data Collection Inputs before access to the entire System Platform: accountable data pass-through input sensor and target for working procedure in layer resource allocation.
Satisfactory Inputs in Non-Biological Systems Pass-through Output Channel save profile data for the Insights End-User, and Dissatisfactory Inputs stop in the Output Channel. Critical and discrepancy parameters are conveyed for assessment with diagnostic tools. Unsolved complex issues can be characterized and saved for further investigation in the Component Controller. Optimize parameters can transfer to the Input Channel and feed-forward to layer on system resources for automating repetitive work into automated processes.
Intellectual integration mode with Biological Systems requires an idealistic design for the Ethical Surveillance System (Fig2). According to the encapsulated Surveillance System Platform, systems owners must be responsible for Harmonic Balance for Biological Systems.
Social Input is articulated through Algorithms beyond Global Variables pass-through Input Sensors and target performance mode in Biological Systems. Self-reinforcing feedback measures social values before accessing the Output Sensor.
Satisfactory Inputs for Biological Systems save profile data output for the System Platform. Dissatisfactory Inputs stop in the Output Component.
Integration patterns within Biological Systems' real-life mode can create Open-loop and vicious cycles. It is illustrated in (Fig 3).
The system owner articulates Global Variables across the System Framework based on business owner profits. Global variables target Biological Systems through Input components. The failure of Global Variable implementation on Biological Systems causes breakdown mode.
 
System Owners use three dynamics modeling as follows.
 
1-Probation domain 2-Rehabilitation process 3-Elimination
According to an observational study, the probation domain and rehabilitation process can be implemented to improve and develop Biological Systems; however, these two dynamics modeling create an automated, integrated vicious cycle with breakdown mode.
The Elimination modeling construction in the System Framework implies complex post-traumatic stress disorder for Biological Systems, Capital Punishment, short and long-term imprisonment, and early retirement programs.
Adding three dynamics sub-control structures would neither solve Social Complexity nor cost-effectiveness. It establishes side effects on the evolutionary path of Biological Systems (FIG 3). Therefore, Biological Systems are more vulnerable than Non-Biological Systems.
An aircraft accident requires investigating saved performance parameters in Input and output Components (Flight Data Recorder). Global air safety structure and engine performance must be analyzed due to failure. These references identify the causes of aircraft accidents and prevent future accidents. Nobody blames the aircraft because the aircraft is an industrial design object and follows flight safety instructions and security rules (Fig 1).
Similar and common metaphors on the role of control mechanisms can draw an analogy between Biological Systems and Non-Biological Systems. Biological systems must function and follow Global Variables, and possible breakdowns must be investigated. Failure algorithms beyond Global Variables cause incidents and tragedy modes in Social Contexts.
The public media may focus on scenarios around incidents and ethical dilemmas instead of the cause of failure and multiple instances behind breakdowns mode. The reality behind breakdown can be ignored because many references and parameters in breakdown mode integrate with threads of Global Variable Structure. The mystery behind Global Variables can remain Invisible, and the truth hides beyond reality.
 
Observation:
Designing a higher integration level requires more responsibilities from the Hierarchy layer.
Biological Systems in the vicious cycle move gradually to the elimination process (FIG 3).
Enterprises with ambitious economic goals run beyond sub-control structures (FIG 3).
                                                                          

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