Search Results - "C. Lee, Hyong"

Role of Persistent Sodium Current in Bursting Activity of Mouse Neocortical Networks In Vitro by van Drongelen, Wim, Koch, Henner, Elsen, Frank P, Lee, Hyong C, Mrejeru, Ana, Doren, Erin, Marcuccilli, Charles J, Hereld, Mark, Stevens, Rick L, Ramirez, Jan-Marino

“…1 Department of Pediatrics, 2 Computation Institute, and 3 Department of Anatomy and Organismal Biology, The University of Chicago, Chicago; and 4 Mathematics…”
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Localization of brainstem auditory evoked potentials in primates: a comparison of localization techniques applied to deep brain sources by Fontanarosa, Joel B, Lasky, Robert E, Lee, Hyong C, van Drongelen, Wim

“…The objective of this study was to evaluate the performance of source localization techniques through localization of deep brain sources. To accomplish this,…”
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Propagation of Seizure-like Activity in a Model of Neocortex by van Drongelen, Wim, Lee, Hyong C, Stevens, Rick L, Hereld, Mark

“…Seizures in pediatric epilepsy are often associated with spreading, repetitive bursting activity in neocortex. The authors examined onset and propagation of…”
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Emergent epileptiform activity in neural networks with weak excitatory synapses by van Drongelen, W., Lee, H.C., Hereld, M., Zheyan Chen, Elsen, F.P., Stevens, R.L.

“…Brain electrical activity recorded during an epileptic seizure is frequently associated with rhythmic discharges in cortical networks. Current opinion in…”
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Seizure anticipation in pediatric epilepsy: use of kolmogorov entropy by Drongelen, Wim van, Nayak, Sujatha, Frim, David M, Kohrman, Michael H, Towle, Vernon L, Lee, Hyong C, McGee, Arnetta B, Chico, Maria S, Hecox, Kurt E

“…The purpose of this paper is to demonstrate feasibility of using trends in Kolmogorov entropy to anticipate seizures in pediatric patients with intractable…”
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Large-Scale Modeling of Epileptic Seizures : Scaling Properties of Two Parallel Neuronal Network Simulation Algorithms by Lee, Hyong C., Visser, Sid, Pesce, Lorenzo L., van Drongelen, Wim, Wildeman, Albert, Stevens, Rick L., Hereld, Mark

“…Our limited understanding of the relationship between the behavior of individual neurons and large neuronal networks is an important limitation in current…”
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Comparing Epileptiform Behavior of Mesoscale Detailed Models and Population Models of Neocortex by Visser, Sid, Meijer, Hil G. E, Lee, Hyong C, van Drongelen, Wim, van Putten, Michel J. A. M, van Gils, Stephan A

“…Two models of the neocortex are developed to study normal and pathologic neuronal activity. One model contains a detailed description of a neocortical…”
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A Compton Upscattering Model for Soft Lags in the Lower Kilohertz Quasi-periodic Oscillation in 4U 1608–52 by Lee, Hyong C, Misra, R, Taam, Ronald E

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Systematic Comparison of the Behaviors Produced by Computational Models of Epileptic Neocortex by Warlaumont, Anne S, Lee, Hyong C, Benayoun, Marc, Stevens, Rick L, Hereld, Mark

“…Two existing models of brain dynamics in epilepsy, one detailed (i.e., realistic) and one abstract (i.e., simplified) are compared in terms of behavioral range…”
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Comptonization and QPO origins in accreting neutron star systems by Lee, Hyong C., Miller, Guy S.

“…We develop a simple, time-dependent Comptonization model to probe the origins of spectral variability in accreting neutron star systems. In the model, soft…”
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Wiener kernel estimation and frequency domain analysis of cortical pyramidal cells by Dwyer, Jennifer, Martell, Amber, Lee, Hyong C, Ramirez, Jan-Marino, van Drongelen, Wim

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Phase and frequency synchronization analysis of NMDA-induced network oscillation by Martell, Amber, Lee, Hyong C, Ramirez, Jan-Marino, van Drongelen, Wim

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Comparison of Seizure Detection Algorithms in Continuously Monitored Pediatric Patients by Lee, Hyong C, van Drongelen, Wim, McGee, Arnetta B, Frim, David M, Kohrman, Michael H

“…Robust, automated seizure detection has long been an important goal in epilepsy research because of both the possibilities for portable intervention devices…”
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Framework for Interactive Million-Neuron Simulation by Hereld, Mark, Stevens, Rick L, Lee, Hyong C, van Drongelen, Wim

“…Large simulations have become increasingly complex in many fields, tending to incorporate scale-dependent modeling and algorithms and wide-ranging physical…”
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Simulation of neocortical epileptiform activity using parallel computing by van Drongelen, Wim, C. Lee, Hyong, Hereld, Mark, Jones, David, Cohoon, Matthew, Elsen, Frank, E. Papka, Michael, L. Stevens, Rick

“…A scalable network model intended for study of neocortical epileptiform activity was built on the pGENESIS neural simulator. The model included superficial and…”
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Image-based configuration and interaction for large neural network simulations by Hereld, Mark, Lee, Hyong C, van Drongelen, Wim, Stevens, Rick L

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An increased N-methyl-D-aspartate receptor conductance is associated with intrinsic bursting behavior by Martell, Amber, Marler, Seoan, Lee, Hyong C, Ramirez, Jan-Marino, van Drongelen, Wim

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Simulated-annealing as a tool to identify parameter values associated with epileptiform activity in single-neuron and network compartmental models by Benayoun, Marc, Dwyer, Jennifer, Lee, Hyong C, Herald, Mark, Stevens, Rick L, van Drongelen, Wim

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Comptonization and QPO origins in accreting neutron star systems by Lee, Hyong C., Miller, Guy S.

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Comptonization and QPO Origins in Accreting Neutron Star Systems by Lee, Hyong C, Miller, Guy S

“…We develop a simple, time-dependent Comptonization model to probe the origins of spectral variability in accreting neutron star systems. In the model, soft…”
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