• Abeles and Prut: Precise Firing Times in the Frontal Cortex
• Bair, Zohary, and Koch: Correlated Neuronal Response: Time Scales and Mechanisms
• Berry, Warland, Wu, and M. Meister: The precision of retinal spike trains
• Bialek: How do we characterize the neural coding of more naturalistic signals?
• Carandin: Cortical gain control and spike encoding
• Cohen, Falk, Hopp, Tang, Tsau, Wu, and Zecevic: Multi-cell optical recordings in a situation where a large fraction of the relevant neurons are monitored
• deCharms and Merzenich: Primary Cortical Representation by Spike Time Coordination
• DeWeese: Optimization Principles for the Neural Code
• Dobrunz, Stevens, and Zador: Rapid and Reliable Modulation of Synapse-to-Spike Transformation in Hippocampus
• duLac: Cellular processing of temporal information in the vestibulo-ocular reflex
• Gabbiani, Metzner, Wessel and Koch: Encoding of stimulus features in neuronal spike trains
• Gallant: Neural codes for natural vision
• Latham: What can information theory tell us about neural codes from large populations of neurons?
• Zhaoping Li: Visual cortical representation from efficient coding and object invariance
• Markram: Plasticity of simultaneous coupling and decoupling of neocortical pyramidal neurons
• Moore, Sur and Nelson: In Vivo Whole-Cell Recording of Sensory Responses in Neocortex
• Meister: The neural code of the retina: adaptation to image statistics
• Miller and Troyer: Integrate-and-fire neurons matched to physiological f-I curves give physiological ISI variability: Implications for coding
• Nirenberg and Meister: Dissecting visual circuits using a cell-ablation technique
• Poeppel: Magnetic source imaging studies of auditory processing
• Pouget and Zhang: Cortical Lateral Connections and Maximum Likelihood Estimation
• Reid: The efficacy of isolated and simultaneous thalamic inputs to visual cortex.
• Ritz and Sejnowski: Correlation Coding in Stochastic Networks of Leaky Integrate-and-Fire Neurons
• Sanger: Probability Interpretation of Population Codes
• Shadlen and Newsome: Signal, noise, synchrony and redundancy: what do cortical neurons tell each other?
• Softky: Thalamus as a predictive filter
• Smirnakis, Warland, Berry, Bialek, and Meister: Why does the Retina Adapt to Changes in Temporal Contrast?
• Quantifying information

• Tsodyks: Duality of cortical neurons as ``binary'' and ``analog'' computational elements

• Tsodyks: Population and Temporal Codes in Hippocampus
• Victor and Purpura: Temporal coding and the statistical structure of spike trains in visual cortex: A metric-space approach
• Zador: Unreliable Synapses: Bug or Feature?
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