Principles of Biological Computation - Agenda
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- Principles of Biological Computation - Bios
- Principles of Biological Computation - Travel Information
- Principles of Biological Computation
- Extreme Synergy in a Retinal Code
- Coding and computation by neural ensembles in the retina
- Biological Computation: A View from Computer Science
- Neurobiology of primate intellectual evolution through intentional niche construction
- Neural Darwinism
- Computational algorithms and neural mechanisms for estimating decision confidence
- Learning Reward Timing in cortex using reinforced expression of synaptic plasticity
- Molecular synchronization and the Kai system
- What grid cells convey about rat location
- Brain Machine Interfaces as a Testbed For Computational Modeling
- How simple animals navigate complex environments
- Wrap-up: Gain control in molecular signaling -- lessons from neuroscience
- Interval Timing
- Sleep and Criticality
- Sparse coding via thresholding and local competition in neural circuits
- Optimal Decision-Making in Brains and Social Insect Colonies
- Translational Switch for Long Term Maintenance of Synaptic Plasticity
- Untangling object recognition: How does the visual system achieve “invariant” object representation?
- Signal transduction using real proteins
- Early Events in Immunreceptor Cell Signaling: The roles of Serial Engagement and Kinetic Proofreading
