
Health System Overview¶
This diagram provides a comprehensive overview of the NeuroCognitive Architecture (NCA) health system.
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graph TB
classDef main fill:#1a1a1a,stroke:#555,color:#fff
classDef component fill:#242424,stroke:#555,color:#fff
classDef subcomponent fill:#2b2b2b,stroke:#555,color:#fff
classDef monitoring fill:#203040,stroke:#555,color:#fff
classDef registry fill:#302030,stroke:#555,color:#fff
classDef dynamics fill:#203020,stroke:#555,color:#fff
classDef calculator fill:#302020,stroke:#555,color:#fff
subgraph HealthSystem["NCA Health System"]
direction TB
class HealthSystem main
subgraph CoreComponents["Core Health Components"]
direction TB
class CoreComponents component
subgraph Registry["Health Component Registry"]
direction TB
class Registry registry
Registration[Component<br>Registration] --- Deregistration[Component<br>Deregistration]
Discovery[Component<br>Discovery] --- Tracking[Component<br>Tracking]
class Registration,Deregistration,Discovery,Tracking subcomponent
end
subgraph Monitor["Health Monitor"]
direction TB
class Monitor monitoring
Collection[Metric<br>Collection] --- Analysis[Health<br>Analysis]
Reporting[Health<br>Reporting] --- Alerting[Health<br>Alerting]
class Collection,Analysis,Reporting,Alerting subcomponent
end
subgraph Dynamics["Health Dynamics"]
direction TB
class Dynamics dynamics
StateManagement[State<br>Management] --- Transitions[State<br>Transitions]
Degradation[Health<br>Degradation] --- Recovery[Health<br>Recovery]
class StateManagement,Transitions,Degradation,Recovery subcomponent
end
subgraph Calculator["Health Calculator"]
direction TB
class Calculator calculator
MetricAggregation[Metric<br>Aggregation] --- Normalization[Metric<br>Normalization]
Scoring[Health<br>Scoring] --- Prediction[Health<br>Prediction]
class MetricAggregation,Normalization,Scoring,Prediction subcomponent
end
end
subgraph Metadata["Health Metadata"]
direction TB
class Metadata component
ComponentType[Component<br>Type] --- MetricDefs[Metric<br>Definitions]
ThresholdDefs[Threshold<br>Definitions] --- StatusDefs[Status<br>Definitions]
class ComponentType,MetricDefs,ThresholdDefs,StatusDefs subcomponent
end
subgraph Thresholds["Health Thresholds"]
direction TB
class Thresholds component
StaticThresholds[Static<br>Thresholds] --- DynamicThresholds[Dynamic<br>Thresholds]
Constraints[Health<br>Constraints] --- Limits[System<br>Limits]
class StaticThresholds,DynamicThresholds,Constraints,Limits subcomponent
end
subgraph ComponentModel["Health Component Model"]
direction TB
class ComponentModel component
Properties[Component<br>Properties] --- States[Component<br>States]
Behaviors[Component<br>Behaviors] --- Interfaces[Component<br>Interfaces]
class Properties,States,Behaviors,Interfaces subcomponent
end
subgraph Monitoring["Health Monitoring"]
direction TB
class Monitoring component
ProbeSystem[Health<br>Probes] --- InspectionSystem[Health<br>Inspection]
DetectionSystem[Anomaly<br>Detection] --- DiagnosisSystem[Issue<br>Diagnosis]
class ProbeSystem,InspectionSystem,DetectionSystem,DiagnosisSystem subcomponent
end
end
%% External connections
SystemCore[System<br>Core] --> Registry
API[API<br>Layer] --> Monitor
Memory[Memory<br>System] --> Monitor
Integration[Integration<br>Layer] --> Monitor
%% Internal connections
Registry --> Monitor
Monitor --> Calculator
Calculator --> Dynamics
Metadata --> Registry
Metadata --> Monitor
Thresholds --> Calculator
ComponentModel --> Registry
Monitoring --> Monitor
%% Component connections
Monitor --> SystemStatus[System<br>Status]
Alerting --> AlertingSystem[Alerting<br>System]
%% Health regulation connections
Dynamics --> MemoryRegulation[Memory<br>Regulation]
Dynamics --> ResourceRegulation[Resource<br>Regulation]
Dynamics --> ProcessRegulation[Process<br>Regulation]
%% Node styling
class SystemCore,API,Memory,Integration,SystemStatus,AlertingSystem,MemoryRegulation,ResourceRegulation,ProcessRegulation subcomponent
Health System Components¶
The NCA health system provides a biologically-inspired framework for monitoring and regulating the operational state of the system. It consists of the following key components:
Core Health Components¶
- Health Component Registry:
- Component Registration/Deregistration: Manages the lifecycle of health-monitored components
- Component Discovery: Finds and tracks health-relevant components in the system
-
Component Tracking: Maintains the current state of registered components
-
Health Monitor:
- Metric Collection: Gathers health-related metrics from system components
- Health Analysis: Analyzes metrics to determine system health
- Health Reporting: Generates health reports for system components
-
Health Alerting: Raises alerts when health issues are detected
-
Health Dynamics:
- State Management: Manages the health state of the system and its components
- State Transitions: Handles transitions between different health states
- Health Degradation: Models gradual health deterioration
-
Health Recovery: Models recovery processes after health degradation
-
Health Calculator:
- Metric Aggregation: Combines metrics from different components
- Metric Normalization: Standardizes metrics to comparable scales
- Health Scoring: Calculates health scores for components
- Health Prediction: Forecasts future health states based on trends
Supporting Components¶
- Health Metadata:
-
Defines component types, metrics, thresholds, and status definitions
-
Health Thresholds:
- Defines static and dynamic thresholds for health metrics
-
Specifies constraints and limits for system operation
-
Health Component Model:
-
Defines the properties, states, behaviors, and interfaces for health components
-
Health Monitoring:
- Implements probes, inspection, anomaly detection, and diagnosis
External Integrations¶
The health system integrates with: - System Core: For fundamental system operations - API Layer: For exposing health status to external systems - Memory System: For health-related memory operations - Integration Layer: For connecting with external monitoring systems
Regulation Mechanisms¶
The health system regulates: - Memory Regulation: Adjusts memory operations based on health status - Resource Regulation: Controls resource allocation based on health status - Process Regulation: Modifies process execution based on health status
The health system is designed with biological inspiration, mirroring how biological systems monitor and regulate their internal state to maintain homeostasis and respond to stressors.