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Table of Contents
1. Integrate and fire: RC circuits to model neurons and reward monkeys
2. Neuronal spike trains, stochastic point processes, and why George Gersteins papers are still worth reading
3. Visual Functions of Inferior Temporal Cortex
4. Early Days in the Gerstein Lab: Neuronal Plasticity in 1, 2, and 3 Dimensions
5. Patterns in Spike Trains
6. Introduction to the Gravity Papers
7. On correlations and interactions between neurons and with George Gerstein
8. Significance of Correlations between Spike Trains
9. Spatial-Temporal Spike Patterns
10. Does Cross Correlation Have a Unique Interpretation?
11. Neuronal Plasticity and my Experience Working with George L. Gerstein
12. Auditory Experiments and Modeling
13. Thinking about Analysis Methods with George in Philadelphia, Cambridge and Newcastle
14. Higher-order Correlations and Synfire Chains
Nencki Award for George L. Gerstein.
2. Neuronal spike trains, stochastic point processes, and why George Gersteins papers are still worth reading
3. Visual Functions of Inferior Temporal Cortex
4. Early Days in the Gerstein Lab: Neuronal Plasticity in 1, 2, and 3 Dimensions
5. Patterns in Spike Trains
6. Introduction to the Gravity Papers
7. On correlations and interactions between neurons and with George Gerstein
8. Significance of Correlations between Spike Trains
9. Spatial-Temporal Spike Patterns
10. Does Cross Correlation Have a Unique Interpretation?
11. Neuronal Plasticity and my Experience Working with George L. Gerstein
12. Auditory Experiments and Modeling
13. Thinking about Analysis Methods with George in Philadelphia, Cambridge and Newcastle
14. Higher-order Correlations and Synfire Chains
Nencki Award for George L. Gerstein.