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MEO Coordinating System.txt
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MEO Coordinating System.txt
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#MEO Coordinating System
```
def DefineUnifiedObjectives(M_FAILS, EACIN, OCPS):
objectives = {
"AdaptiveLearning": M_FAILS.get("AdaptiveLearningFeatures"),
"EthicalDecisionMaking": EACIN.get("EthicalFramework"),
"CorePrinciples": OCPS.get("CorePrinciples")
}
constraints = {
"M_FAILS_Constraints": M_FAILS.get("SystemConstraints"),
"EACIN_Constraints": EACIN.get("EthicalConstraints"),
"OCPS_Constraints": OCPS.get("OperationalConstraints")
}
SMART_criteria = generate_SMART_criteria(objectives, constraints)
return SMART_criteria
def generate_SMART_criteria(objectives, constraints):
# Logic to generate SMART criteria based on objectives and constraints
return SMART_criteria
def ModularIntegration(M_FAILS, EACIN, OCPS):
integrated_components = {}
# Identifying components from each system
M_FAILS_components = identify_components(M_FAILS)
EACIN_components = identify_components(EACIN)
OCPS_components = identify_components(OCPS)
# Logic for integrating components
for component in M_FAILS_components + EACIN_components + OCPS_components:
integrated_components[component.name] = integrate_component(component)
return integrated_components
def identify_components(system):
# Logic to identify components from each system
return components
def integrate_component(component):
# Logic to integrate a single component
return integrated_component
def ApplyEthicalFramework(decision, EACIN):
ethical_decision_making_framework = EACIN.get("EthicalFramework")
# Applying ethical considerations to the decision-making process
ethical_considerations = ethical_decision_making_framework.evaluate(decision)
return make_decision(decision, ethical_considerations)
def make_decision(decision, ethical_considerations):
# Logic to make a decision based on ethical considerations
return final_decision
def ContinuousEnhancement(system, update_frequency):
while True:
if check_for_updates(update_frequency):
updates = fetch_updates()
system = apply_updates(system, updates)
yield system
def check_for_updates(update_frequency):
# Logic to check if it's time for an update
return is_time_for_update
def fetch_updates():
# Logic to fetch new updates
return updates
def apply_updates(system, updates):
# Logic to apply updates to the system
return updated_system
```