The Neurobiology of Computation Book

	Introduction
1	A Mathematical Description of Quantal Analysis with Applications	3
2	Fast Kinetic Models for Simulating AMPA, NMDA, GABA[subscript A] and GABA[subscript B] Receptors	9
3	An Equilibrium Model of Biochemical Interactions Between Glutamatergic and Dopaminergic Signals in Striatal Neurons	15
4	Simulation of the Molecular Mechanisms Regulating Neurotransmitter Release	21
5	The Potassium A-Current Low Firing Rates in Hodgkin-Huxley Models	27
6	Apparent Diffusion Coefficient Estimation Errors from Using Ratio of Bound to Unbound Ca[superscript 2+]	33
7	Information Maintenance by Retinal Ganglion Cell Spikes	41
8	Modeling the Bursting Interneurons of the Lobster Cardiac Ganglion	47
9	Precision and Reliability of Neocortical Spike Trains in the Behaving Monkey	53
10	Summation and Division in V1 Simple Cells	59
11	Qualitative Electrotonic Comparison of Three Classes of Hippocampal Neurons in the Rat	67
12	A New Spike Train Analysis Technique for Detecting Trends in the Firing Patterns of Neurons	73
13	A Mathematical Model of Retinal Photoreceptors	79
14	Short-Term Memory as a Single Cell Phenomenon	87
15	The Importance of Membrane Properties and Synaptic Location in Octopus Cells of the Mammalian Cochlear Nucleus: A Modeling Study	93
16	Hypertext Software For Modeling Neurons	99
17	The STEM Cell: A Computational Model of Biological Neurons Useful for Spatio-Temporal Pattern Recognition	105
18	Functional Interactions Between Inwardly Rectifying Conductances and GABA[subscript A]-mediated Inhibition	111
19	A Compartmental Model of the Cochlear Nucleus Stellate Cell: Responses to Constant And Amplitude-Modulated Tones	117
20	Is A Classification of Honeybee Antennal Lobe Neurones Grown in Culture Possible? - Yes!	123
21	How Does Retinal Preprocessing Affect the Receptive Field of A Stabilized Hebbian Neuron	129
22	Electrotonic Structure and Synaptic Variability in Cortical Neurons	135
23	Synaptic Coding of Time-Varing Spike Trains	141
24	Calculation of Passive Membrane Properties for Experimentally Determined Dendritic Geometries of Laterodorsal Tegmental Neurons in Vitro	147
25	Dendritic Electrotonic Extent and Branching Pattern Topology	153
26	Localised Neuronal Assemblies with Recurrent Synapses Enable Global Temporal Synchronisation	161
27	Attention As Selective Synchronization of Oscillating Cortical Sensory and Motor Associative Memories	167
28	Perceptual Topography: Spatio-Temporal Analysis of Prepyriform, Visual, Auditory, and Somesthetic EEGs in Perception by Trained Rabbits	173
29	BIONNIC: An Efficient and Flexible Integrator for Biological Neural Network Simulators	179
30	A Retina Model Including Dopaminergic Neuromodulation	185
31	Parameter Optimization of Olfactory Neurodynamics	191
32	Model Synapses with Frequency Potentiation Characteristics Can Cooperatively Enhance Hebbian Learning	197
33	Low Spiking Rates in a Network With Overlapping Assemblies	203
34	The Role of Feedback in Respiratory Amplitude and Frequency Modulation	209
35	Partial and Full Synchrony of Thalamic Spindle Oscillations	215
36	On The Stochastic Stability of a Neural Network Model of Somatosensory Information Processing	221
37	Feedback Regulation of Cholinergic Modulation and Hippocampal Memory Function	227
38	Analyzing the Hippocampal Place Cell Phenomenon by Modeling the Central Visual Pathway	233
39	Effects of Asymmetric Neuronal Connectivity and Dopamine on Striatal Function: Simulation and Analysis of a Model for Huntington's Disease	239
40	Learning and Classification in a Noisy Environment by A Simulated Cortical Network	245
41	Improving the Realism of Attractor Models by Using Cortical Columns as Functional Units	251
42	Oscillations, Chaos and Noise in Associative Memory	257
43	Odor Processing in the Honey Bee's Antennal Lobe Glomeruli: Modeling Sensory Memory	263
44	The Interplay of Intrinsic and Synaptic Currents in a Half-Center Oscillator	269
45	A Model of the Spatial-Frequency Organization in Primate Striate Cortex	275
46	A 3-D Interactive Model for Peripheral Vestibular Signal Processing	281
47	Models of Adaptive Electrosensory Self-Noise Cancellation in a Cerebellar-Like Structure in the Elasmobranch Hindbrain	287
48	Multistable Phase-Clustering in Networks of Spiking Neurons	293
49	Decoding Vectorial Information from Firing Rates	299
50	Modeling Cortical Plasticity Based on Adapting Lateral Interaction	305
51	An Emergent Model of Visual Cortical Orientation Selectivity	311
52	Computational and Neurobiological Features of a Network of Networks	317
53	Using Fictive Powers as Event Markers in EEG Data Processing	323
54	Visual Segmentation and Feature Binding Without Synchronization	329
55	Oscillatory Field Potentials in the Presence of Irregular Single Cell Discharge Patterns	335
56	Stimulus-Dependent Synchronization in a Model of Orientation-Tuned Spiking Neurons	341
57	XNBC: A Simulation Tool for Neurobiologists	347
58	Simulations of the Intersegmental Coordination During Swimming in the Lamprey Using A Continuous Network Model	353
59	Linear and Nonlinear Dynamics in the Development of Orientation Preference Maps	359
60	Neural System of Fear Conditioning: A connectionist Model	367
61	The Generation of Ex