Subject index
Volume 58 (2000)
www.elsevier.com/locate/biosystems
Active dendrite; Temporal coding; Storage capacity; Associa-tive memory 58, 259
Afterhyperpolarization and frequency response; Motoneuron model validation; Frequency response of motoneuron mod-els 58, 33
Alzheimer’s disease cortico – cortical interactions; Bispectral analysis; 192 IgG-saporin; rhNGF; Temporal cortex; Rat basal forebrain 58, 219
Analog neural network; Stochastic neural network; Random-ized algorithms; Probabilistic computation 58, 167
Arithmetic gates; Spikes; Pulse code; Neural operations; Logic gates; Set operational gates; Neurons as measuring devices; Subadditivity; Supra-additivity; Burst operations; Single spikes — burst transformations 58, 9
Associative memory; Temporal coding; Active dendrite; Stor-age capacity 58, 259
Attention; Modeling; Timing; Internal clock; Synaptic noise 58, 187
Attractor; Neural network; Ornstein – Uhlenbeck process 58, 159
Auditory spectrotemporal filters; Wiener series; Dithering with noise; Coding in auditory afferents 58, 109
Bifurcation; Hodgkin – Huxley equation; Excitable media; Cur-rent – voltage relationship 58, 93
Bispectral analysis; 192 IgG-saporin; rhNGF; Alzheimer’s dis-ease cortico – cortical interactions; Temporal cortex; Rat basal forebrain 58, 219
Block-entropies; Stretch receptor organ; Spike-trains; Gram-mar-complexity; Randomly shuffled surrogates 58, 117
Brownian diffusion model; Langevin equations; Glutamate; Synaptic transmission; Hippocampus 58, 67
Burst operations; Spikes; Pulse code; Neural operations; Logic gates; Arithmetic gates; Set operational gates; Neurons as measuring devices; Subadditivity; Supra-additivity; Single spikes — burst transformations 58, 9
Cat; Cross; Feature; Invariance; Neuron; Orientation; Shape; Visual cortex; Y-like figure 58, 211
Cellular automata; Ruledynamics; Rule space; McCulloch – Pitts neuron network; Threshold change 58, 177
Chaotic stimulus (CS); Long-term potentiation (LTP); Hippocampal CA1 neurons 58, 273
Chemoreception; Sensory systems; Selectivity; Cooperativity; Threshold; Olfaction; Stochastic process 58, 125
Cochlear nuclei; Coincidence detection; Directional hearing; Leaky integrator; Hodgkin – Huxley equations; Morris – Lecar equations 58, 83
Coding in auditory afferents; Wiener series; Dithering with noise; Auditory spectrotemporal filters 58, 109
Coding roles of spike trains; Neural coding; Point processes; Foundations and evidence 58, 3
Coefficient of variation; High firing variability; Inhibition; Temporal noisy-leaky integrator 58, 41
Coincidence detection; Directional hearing; Cochlear nuclei; Leaky integrator; Hodgkin – Huxley equations; Morris – Lecar equations 58, 83
Coincidence detector; Receptive field; Dynamic coding; Neural representation 58, 203
Complex sound coding; Frequency and amplitude modulation; STRF; LTRF; Inferior colliculus; Rat 58, 229
Cooperativity; Sensory systems; Selectivity; Threshold; Olfac-tion; ChemorecepOlfac-tion; Stochastic process 58, 125
Correlation coefficient; Stochastic Resonance; FitzHugh – Nagumo equation; Propagational time delay; Noise-induced deterministic firing 58, 101
Coupled oscillator; Hopf bifurcation; Reciprocal inhibi-tion 58, 239
Coupled oscillators; Hippocampal neurons; Field potential; Phase resetting; Mutual entrainment; Synchronization 58, 249
Crayfish; Nonspiking interneurons; Synaptic integration; De-polarization-dependent membrane conductance 58, 143
Cross; Cat; Feature; Invariance; Neuron; Orientation; Shape; Visual cortex; Y-like figure 58, 211
Current – voltage relationship; Bifurcation; Hodgkin – Huxley equation; Excitable media 58, 93
Depolarization-dependent membrane conductance; Nonspiking interneurons; Crayfish; Synaptic integration 58, 143
Diffusion; Firing distribution; Gauss – Markov model 58, 19
Directional hearing; Coincidence detection; Cochlear nuclei; Leaky integrator; Hodgkin – Huxley equations; Morris – Lecar equations 58, 83
Dithering with noise; Wiener series; Auditory spectrotemporal filters; Coding in auditory afferents 58, 109
Doubly stochastic Poisson process; Hippocampus; Overdisper-sion; Place cell; Statistical inference on spiking data 58, 27
Dynamic coding; Receptive field; Coincidence detector; Neural representation 58, 203
Dynamics of synaptic transmission; Neural code; Spike fre-quency adaptation; Synaptic plasticity 58, 75
Excitable media; Bifurcation; Hodgkin – Huxley equation; Cur-rent – voltage relationship 58, 93
Feature; Cat; Cross; Invariance; Neuron; Orientation; Shape; Visual cortex; Y-like figure 58, 211
Feller model; Stochastic order; Interspike interval distribu-tion 58, 59
Field potential; Hippocampal neurons; Coupled oscillators; Phase resetting; Mutual entrainment; Synchronization 58, 249
Firing distribution; Diffusion; Gauss – Markov model 58, 19
Firing frequency; Multicompartmental model; Poisson process; Stochastic neuronal model; White noise 58, 49
FitzHugh – Nagumo equation; Stochastic Resonance; Correla-tion coefficient; PropagaCorrela-tional time delay; Noise-induced de-terministic firing 58, 101
Foundations and evidence; Neural coding; Point processes; Coding roles of spike trains 58, 3
Frequency adaptation; Synchronisation; Memory forma-tion 58, 265
Frequency and amplitude modulation; Complex sound coding; STRF; LTRF; Inferior colliculus; Rat 58, 229
Frequency response of motoneuron models; Motoneuron model validation; Afterhyperpolarization and frequency re-sponse 58, 33
Gauss – Markov model; Firing distribution; Diffusion 58, 19
Glutamate; Brownian diffusion model; Langevin equations; Synaptic transmission; Hippocampus 58, 67
Grammar-complexity; Stretch receptor organ; Spike-trains; Block-entropies; Randomly shuffled surrogates 58, 117
High firing variability; Inhibition; Coefficient of variation; Temporal noisy-leaky integrator 58, 41
Hippocampal CA1 neurons; Long-term potentiation (LTP); Chaotic stimulus (CS) 58, 273
Hippocampal neurons; Field potential; Coupled oscillators; Phase resetting; Mutual entrainment; Synchronization 58, 249
Hippocampus; Brownian diffusion model; Langevin equations; Glutamate; Synaptic transmission 58, 67
Hippocampus; Doubly stochastic Poisson process; Overdisper-sion; Place cell; Statistical inference on spiking data 58, 27
Hodgkin – Huxley equation; Bifurcation; Excitable media; Cur-rent – voltage relationship 58, 93
Hopf bifurcation; Coupled oscillator; Reciprocal inhibi-tion 58, 239
192 IgG-saporin; Bispectral analysis; rhNGF; Alzheimer’s dis-ease cortico – cortical interactions; Temporal cortex; Rat basal forebrain 58, 219
Inferior colliculus; Complex sound coding; Frequency and amplitude modulation; STRF; LTRF; Rat 58, 229
Inhibition; High firing variability; Coefficient of variation; Temporal noisy-leaky integrator 58, 41
Insect olfaction; Neural coding; Projection neuron; Olfactory sensory neuron; Periplaneta americana 58, 151
Intensity coding; Interspike interval; Olfaction; Transduction; Neuron modeling 58, 133
Internal clock; Modeling; Timing; Attention; Synaptic noise 58, 187
Interspike interval distribution; Feller model; Stochastic or-der 58, 59
Interspike interval; Intensity coding; Olfaction; Transduction; Neuron modeling 58, 133
Invariance; Cat; Cross; Feature; Neuron; Orientation; Shape; Visual cortex; Y-like figure 58, 211
Langevin equations; Brownian diffusion model; Glutamate; Synaptic transmission; Hippocampus 58, 67
Leaky integrator; Coincidence detection; Directional hearing; Cochlear nuclei; Hodgkin – Huxley equations; Morris – Lecar equations 58, 83
Logic gates; Spikes; Pulse code; Neural operations; Arithmetic gates; Set operational gates; Neurons as measuring devices; Subadditivity; Supra-additivity; Burst operations; Single spikes — burst transformations 58, 9
Long-term potentiation (LTP); Hippocampal CA1 neurons; Chaotic stimulus (CS) 58, 273
LTRF; Complex sound coding; Frequency and amplitude modulation; STRF; Inferior colliculus; Rat 58, 229
McCulloch – Pitts neuron network; Ruledynamics; Rule space; Cellular automata; Threshold change 58, 177
Memory formation; Synchronisation; Frequency adapta-tion 58, 265
Modeling; Timing; Internal clock; Attention; Synaptic noise 58, 187
Morris – Lecar equations; Coincidence detection; Directional hearing; Cochlear nuclei; Leaky integrator; Hodgkin – Huxley equations 58, 83
Motoneuron model validation; Frequency response of motoneu-ron models; Afterhyperpolarization and frequency re-sponse 58, 33
Multicompartmental model; Firing frequency; Poisson process; Stochastic neuronal model; White noise 58, 49
Mutual entrainment; Hippocampal neurons; Field potential; Coupled oscillators; Phase resetting; Synchronization 58, 249
Neural code; Dynamics of synaptic transmission; Spike fre-quency adaptation; Synaptic plasticity 58, 75
Neural coding; Insect olfaction; Projection neuron; Olfactory sensory neuron; Periplaneta americana 58, 151
Neural coding; Point processes; Coding roles of spike trains; Foundations and evidence 58, 3
Neural network; Attractor; Ornstein – Uhlenbeck process 58, 159
Neural operations; Spikes; Pulse code; Logic gates; Arithmetic gates; Set operational gates; Neurons as measuring devices; Subadditivity; Supra-additivity; Burst operations; Single spikes — burst transformations 58, 9
Neural representation; Receptive field; Dynamic coding; Coin-cidence detector 58, 203
Neuron; Cat; Cross; Feature; Invariance; Orientation; Shape; Visual cortex; Y-like figure 58, 211
Neuron modeling; Intensity coding; Interspike interval; Olfac-tion; Transduction 58, 133
Neurons as measuring devices; Spikes; Pulse code; Neural oper-ations; Logic gates; Arithmetic gates; Set operational gates; Subadditivity; Supra-additivity; Burst operations; Single spikes — burst transformations 58, 9
Noise-induced deterministic firing; Stochastic Resonance; FitzHugh – Nagumo equation; Correlation coefficient; Propa-gational time delay 58, 101
Nonspiking interneurons; Crayfish; Synaptic integration; Depo-larization-dependent membrane conductance 58, 143
Olfaction; Intensity coding; Interspike interval; Transduction; Neuron modeling 58, 133
Olfactory sensory neuron; Insect olfaction; Neural coding; Projection neuron; Periplaneta americana 58, 151
Orientation; Cat; Cross; Feature; Invariance; Neuron; Shape; Visual cortex; Y-like figure 58, 211
Ornstein – Uhlenbeck process; Attractor; Neural network 58, 159
Overdispersion; Doubly stochastic Poisson process; Hippocam-pus; Place cell; Statistical inference on spiking data 58, 27
Periplaneta americana; Insect olfaction; Neural coding; Projec-tion neuron; Olfactory sensory neuron 58, 151
Phase resetting; Hippocampal neurons; Field potential; Cou-pled oscillators; Mutual entrainment; Synchronization 58, 249
Place cell; Doubly stochastic Poisson process; Hippocampus; Overdispersion; Statistical inference on spiking data 58, 27
Point processes; Neural coding; Coding roles of spike trains; Foundations and evidence 58, 3
Poisson process; Firing frequency; Multicompartmental model; Stochastic neuronal model; White noise 58, 49
Prefrontal cortex; Working memory; Short-term memory; Re-cency discrimination; Temporal trace; Retention time 58, 195
Probabilistic computation; Analog neural network; Stochastic neural network; Randomized algorithms 58, 167
Projection neuron; Insect olfaction; Neural coding; Olfactory sensory neuron; Periplaneta americana 58, 151
Propagational time delay; Stochastic Resonance; FitzHugh – Nagumo equation; Correlation coefficient; Noise-induced de-terministic firing 58, 101
Pulse code; Spikes; Neural operations; Logic gates; Arithmetic gates; Set operational gates; Neurons as measuring devices; Subadditivity; Supra-additivity; Burst operations; Single spikes — burst transformations 58, 9
Randomized algorithms; Analog neural network; Stochastic neural network; Probabilistic computation 58, 167
Randomly shuffled surrogates; Stretch receptor organ; Spike-trains; Grammar-complexity; Block-entropies 58, 117
Rat basal forebrain; Bispectral analysis; 192 IgG-saporin; rhNGF; Alzheimer’s disease cortico – cortical interactions; Temporal cortex 58, 219
Rat; Complex sound coding; Frequency and amplitude modu-lation; STRF; LTRF; Inferior colliculus 58, 229
Recency discrimination; Working memory; Short-term mem-ory; Prefrontal cortex; Temporal trace; Retention time 58, 195
Receptive field; Dynamic coding; Coincidence detector; Neural representation 58, 203
Reciprocal inhibition; Coupled oscillator; Hopf bifurca-tion 58, 239
Retention time; Working memory; Short-term memory; Re-cency discrimination; Prefrontal cortex; Temporal trace 58, 195
rhNGF; Bispectral analysis; 192 IgG-saporin; Alzheimer’s dis-ease cortico – cortical interactions; Temporal cortex; Rat basal forebrain 58, 219
Ruledynamics; Rule space; Cellular automata; McCulloch – Pitts neuron network; Threshold change 58, 177
Rule space; Ruledynamics; Cellular automata; McCulloch – Pitts neuron network; Threshold change 58, 177
Selectivity; Sensory systems; Cooperativity; Threshold; Olfac-tion; ChemorecepOlfac-tion; Stochastic process 58, 125
Sensory systems; Selectivity; Cooperativity; Threshold; Olfac-tion; ChemorecepOlfac-tion; Stochastic process 58, 125
Set operational gates; Spikes; Pulse code; Neural operations; Logic gates; Arithmetic gates; Neurons as measuring devices; Subadditivity; Supra-additivity; Burst operations; Single spikes — burst transformations 58, 9
Shape; Cat; Cross; Feature; Invariance; Neuron; Orientation; Visual cortex; Y-like figure 58, 211
Short-term memory; Working memory; Recency discrimina-tion; Prefrontal cortex; Temporal trace; Retention time 58, 195
Single spikes — burst transformations; Spikes; Pulse code; Neural operations; Logic gates; Arithmetic gates; Set opera-tional gates; Neurons as measuring devices; Subadditivity; Supra-additivity; Burst operations 58, 9
Spike frequency adaptation; Neural code; Dynamics of synap-tic transmission; Synapsynap-tic plassynap-ticity 58, 75
Spikes; Pulse code; Neural operations; Logic gates; Arithmetic gates; Set operational gates; Neurons as measuring devices; Subadditivity; Supra-additivity; Burst operations; Single spikes — burst transformations 58, 9
Statistical inference on spiking data; Doubly stochastic Poisson process; Hippocampus; Overdispersion; Place cell 58, 27
Stochastic neural network; Analog neural network; Random-ized algorithms; Probabilistic computation 58, 167
Stochastic neuronal model; Firing frequency; Multicompart-mental model; Poisson process; White noise 58, 49
Stochastic order; Feller model; Interspike interval distribu-tion 58, 59
Stochastic process; Sensory systems; Selectivity; Cooperativity; Threshold; Olfaction; Chemoreception 58, 125
Stochastic Resonance; FitzHugh – Nagumo equation; Correla-tion coefficient; PropagaCorrela-tional time delay; Noise-induced de-terministic firing 58, 101
Storage capacity; Temporal coding; Active dendrite; Associa-tive memory 58, 259
Stretch receptor organ; Spike-trains; Grammar-complexity; Block-entropies; Randomly shuffled surrogates 58, 117
STRF; Complex sound coding; Frequency and amplitude modulation; LTRF; Inferior colliculus; Rat 58, 229
Subadditivity; Spikes; Pulse code; Neural operations; Logic gates; Arithmetic gates; Set operational gates; Neurons as measuring devices; Supra-additivity; Burst operations; Single spikes — burst transformations 58, 9
Supra-additivity; Spikes; Pulse code; Neural operations; Logic gates; Arithmetic gates; Set operational gates; Neurons as measuring devices; Subadditivity; Burst operations; Single spikes — burst transformations 58, 9
Synaptic integration; Nonspiking interneurons; Crayfish; De-polarization-dependent membrane conductance 58, 143
Synaptic noise; Modeling; Timing; Internal clock; Atten-tion 58, 187
Synaptic plasticity; Neural code; Dynamics of synaptic trans-mission; Spike frequency adaptation 58, 75
Synaptic transmission; Brownian diffusion model; Langevin equations; Glutamate; Hippocampus 58, 67
Synchronisation; Memory formation; Frequency adapta-tion 58, 265
Synchronization; Hippocampal neurons; Field potential; Cou-pled oscillators; Phase resetting; Mutual entrainment 58, 249
Temporal coding; Active dendrite; Storage capacity; Associa-tive memory 58, 259
Temporal cortex; Bispectral analysis; 192 IgG-saporin; rhNGF; Alzheimer’s disease cortico – cortical interactions; Rat basal forebrain 58, 219
Temporal noisy-leaky integrator; High firing variability; Inhibi-tion; Coefficient of variation 58, 41
Temporal trace; Working memory; Short-term memory; Re-cency discrimination; Prefrontal cortex; Retention time 58, 195
Threshold change; Ruledynamics; Rule space; Cellular au-tomata; McCulloch – Pitts neuron network 58, 177
Threshold; Sensory systems; Selectivity; Cooperativity; Olfac-tion; ChemorecepOlfac-tion; Stochastic process 58, 125
Timing; Modeling; Internal clock; Attention; Synaptic noise 58, 187
Transduction; Intensity coding; Interspike interval; Olfaction; Neuron modeling 58, 133
Visual cortex; Cat; Cross; Feature; Invariance; Neuron; Orien-tation; Shape; Y-like figure 58, 211
White noise; Firing frequency; Multicompartmental model; Poisson process; Stochastic neuronal model 58, 49
Wiener series; Dithering with noise; Auditory spectrotemporal filters; Coding in auditory afferents 58, 109
Working memory; Short-term memory; Recency discrimina-tion; Prefrontal cortex; Temporal trace; Retention time 58, 195
