Humanoid Cognitive State Orchestrator
Overview
Humanoid Cognitive State Orchestrator (HCSO) is a
high-level coordination model responsible for managing
internal cognitive states across perception, reasoning,
and action subsystems in humanoid architectures.
Unlike conventional task-specific models, HCSO acts as
a meta-control layer that regulates attention focus,
resource allocation, and behavioral priorities.
Architectural Role
The model operates as a centralized cognitive supervisor:
- Monitors subsystem signals
- Evaluates global objective alignment
- Resolves subsystem conflicts
- Adjusts operational priorities dynamically
Input
- perception_status_vector
- reasoning_confidence_levels
- actuator_feedback_summary
- global_goal_state
Output
- prioritized_subsystem_weights
- attention_focus_index
- behavioral_mode
- override_signal (optional)
Core Capabilities
- Cross-module coordination
- Dynamic state transition modeling
- Conflict resolution across subsystems
- Goal-alignment monitoring
- Runtime cognitive balancing
Intended Integration
Designed for integration within:
- Multi-module humanoid stacks
- Distributed robotic cognition systems
- Adaptive autonomy frameworks
Research Value
This model enables exploration of:
- Meta-cognitive control in robotics
- Hierarchical autonomy systems
- Cognitive load balancing strategies
- System-level stability orchestration
License
MIT
