Implement astrocyte-like modulatory mechanisms in neural networks that can dynamically adjust learning rates, connectivity, and excitability based on global states. This explores the computational role of non-neuronal brain cells in intelligence.
Key innovations:
- Add 'astrocyte' units that monitor groups of neurons
- Implement tripartite synapses with glial modulation
- Create metabolic constraints and energy dynamics
- Design activity-dependent structural plasticity
- Test on meta-learning and few-shot adaptation tasks
Incorporates often-overlooked glial computation into AI.
Implement astrocyte-like modulatory mechanisms in neural networks that can dynamically adjust learning rates, connectivity, and excitability based on global states. This explores the computational role of non-neuronal brain cells in intelligence.
Key innovations:
Incorporates often-overlooked glial computation into AI.