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Cognitively guided few-shot learning with meta-cognitive awareness

Improve few-shot learning by integrating cognitive architectures to impart meta-cognitive awareness to Neuro-Symbolic AI systems, enabling better generalization and strategy selection with limited data.

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Background

The paper mentions cognitively guided few-shot learning as an avenue to support trusted AI. The authors explicitly identify enhancing few-shot learning through cognitive architectures that confer meta-cognitive awareness as an open research question.

References

Open research questions remain around how Neuro-Symbolic AI can integrate symbolic reasoning with meta-reinforcement learning for complex decision-making, fuse cognitive architectures with LLMs to develop meta-cognitive agents, leverage LLMs to enhance instance-based learning through meta-cognitive signals, create adaptive meta-cognitive frameworks for real-time conflict resolution, combine modular and agency approaches to build meta-cognitive AI systems aligned with the Common Model of Cognition, improve few-shot learning with cognitive architectures for meta-cognitive awareness, and develop Neuro-Symbolic generative networks that replicate human-like meta-cognitive processes.

Neuro-Symbolic AI in 2024: A Systematic Review (2501.05435 - Colelough et al., 9 Jan 2025) in Section 4.6 Meta-Cognition