

#041 - Biologically Plausible Neural Networks - Dr. Simon Stringer
Feb 3, 2021
Dr. Simon Stringer, a Senior Research Fellow at Oxford University, discusses the intricate relationship between brain function and artificial intelligence. He dives into hierarchical feature binding, revealing how biologically inspired neural networks can enhance visual perception. The conversation covers the challenges of replicating human cognitive behaviors using AI and the importance of self-organization and temporal dynamics in learning. Stringer also sheds light on how insights from neuroscience can refine AI models to handle complex tasks more effectively.
AI Snips
Chapters
Transcript
Episode notes
Limitations of Current Neural Networks
- Current neural networks have limitations like no local or cyclical processing and basic information encoding.
- Complex self-organized dynamics and sensory representations don't emerge from these limitations.
Biologically Plausible Models
- The brain's complexity inspires biologically plausible neural network models.
- Dr. Stringer's lab focuses on these models, emphasizing biological features as signposts.
Hierarchical Feature Binding
- Feature binding in the brain is hierarchical, representing relations between features at different scales.
- Traditional rate-coded networks fail to capture this crucial information, hindering true understanding of complex scenes.