Faculty

Institution

Unit

Venue

Jozsi Jalics

Professor

Youngstown State University

Affiliations

Beeghly College of Liberal Arts, Social Sciences, and Education

Department Of Sociology And Anthropology

Department of Africana Studies

Department of Women's and Gender Studies

Humanities & Social Sciences

Bitonte College of Health and Human Services

Human Services

Center For Applied Chemical Biology

Williamson College of Business Administration

Center For Nonprofit Leadership

College of Graduate Studies

College of Science, Technology, Engineering, and Mathematics

Physics & Astronomy

Office of the Dean of Students

Studies Of Public Affairs And Urban

Jozsi Jalics is currently serving as a Beeghly College Of Liberal Arts, Social Sciences, And Education Professor at Youngstown State University.

Honors

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Experiences

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Education

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Jozsi Jalics

Youngstown State University

Professor

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neuroscience systems neuroscience physiology computational neuroscience neurophysiology neurodynamics neuronal model applied mathematics cognitive neuroscience cardiology brain circuitry neuronal networks mixed-mode oscillations regional differences neurology central nervous system neuroanatomy time series neuroradiology protein science cellular physiology animal physiology mammalian biology cardiovascular research circulatory physiology bio-inspired computation nonlinear phenomena nonlinear science molecular neurobiology brain function cellular neurobiology neurochemistry electrophysiological evaluation cardiovascular physiology mathematical modelling cardiac mechanics oscillation theory neural mechanisms entorhinal cortex nmda receptor-dependent switching continuum neuronal models time-scale system arrhythmia vulnerability slow waves ical distribution technology machine intelligence intelligent computing neural computation intelligent systems biosystems data science social simulation evolutionary intelligence digital medicine mathematical bioscience developmental cognitive neuroscience behavioral sciences neuropsychology artificial society neuroimaging global networks complex systems artificial intelligence network science neural engineering cognitive science neural network (machine learning) network analysis informatics quantitative biology soft computing mathematical biology natural computing neural circuits system science cybernetics theoretical biology neuroethics biomedical informatics human brain systems biology general systems memetic computing statistics computational intelligence computer science psychological science

Notable Scholarly Works

Notable Federal Grants

Collaborators

Sex and Regional Differences in Rabbit Right Ventricular L‐Type Calcium Current Levels and Mathematical Modelling of Arrhythmia Vulnerability. Experimental Physiology (2017)

physiologycardiologyelectrophysiological evaluationcardiovascular physiologyelectrophysiologyregional differencescardiovascular researcharrhythmia vulnerabilitymathematical modellingcritical carecardiac mechanicscirculatory physiology

Gender and Regional Differences in Ical Distribution in Adult Rabbit Right Ventricle Influence Action Potential Duration and the Propensity for Eads in a Model of Long Qt Syndrome Type 2. Biophysical Journal (2010)

physiologycardiologyregional differenceselectrophysiologycritical careical distribution

Mixed-Mode Oscillations in a Three Time-Scale System of Odes Motivated by a Neuronal Model. Dynamical Systems (2010)

Jozsi JalicsMartin KrupaHoracio G. Rotstein

time seriesneuronal modeltime-scale systemmixed-mode oscillationsneuroscience

Stimulus-Driven Traveling Solutions in Continuum Neuronal Models With a General Smooth Firing Rate Function. SIAM Journal on Applied Mathematics (2010)

G. Bard ErmentroutJozsi Z. JalicsJonathan E. Rubin

computational neurosciencesystems neuroscienceapplied mathematicsneurosciencecontinuum neuronal models

Stimulus-Driven Traveling Waves in a Neuronal Model. (2010)

Jozsi JalicsG. Bard ErmentroutJonathan Rubin

cognitive neuroscienceelectrophysiologycomputational neuroscienceneuronal modelsystems neuroscienceneuroscienceneurophysiology

A Novel Canard-Based Mechanism for Mixed-Mode Oscillations in a Neuronal Model. ArXiv.org (2008)

Jozsi JalicsMartin KrupaHoracio G. Rotstein

oscillation theorycomputational neuroscienceneuronal modelmixed-mode oscillationsneuroscience

Nmda Receptor-Dependent Switching Between Different Gamma Rhythm-Generating Microcircuits in Entorhinal Cortex. Proceedings of the National Academy of Sciences (2008)

Steven MiddletonJozsi JalicsTilman KisperskyFiona E. N. LeBeauAnita K. RoopunNancy J. KopellMiles A. WhittingtonMark O. Cunningham

cognitive neuroscienceneuroradiologymolecular neurobiologyneurodynamicsneurologybrain functioncentral nervous systemprotein scienceneuroanatomyentorhinal cortexcellular physiologyanimal physiologymammalian biologysystems neurosciencecellular neurobiologyphysiologyneurochemistryneuroscienceneurophysiologynmda receptor-dependent switching

Slow Waves in Mutually Inhibitory Neuronal Networks. Physica D Nonlinear Phenomena (2004)

slow wavesbio-inspired computationneural circuitsbrain circuitrysystems neuroscienceneurodynamicsneuronal networksneuroscienceneurons

Existence of Slow Waves in Mutually Inhibitory Thalamic Neuronal Networks. OhioLink ETD Center (Ohio Library and Information Network) (2002)

neural mechanismsneural circuitsnonlinear phenomenabrain circuitrysystems neurosciencenonlinear scienceneurodynamicsapplied mathematicsneuronal networksneuroscienceneurophysiologyneurons

1
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Jozsi Jalics

Professor

Youngstown State University

Affiliations

Beeghly College of Liberal Arts, Social Sciences, and Education

Department Of Sociology And Anthropology

Department of Africana Studies

Department of Women's and Gender Studies

Humanities & Social Sciences

Bitonte College of Health and Human Services

Human Services

Center For Applied Chemical Biology

Williamson College of Business Administration

Center For Nonprofit Leadership

College of Graduate Studies

College of Science, Technology, Engineering, and Mathematics

Physics & Astronomy

Office of the Dean of Students

Studies Of Public Affairs And Urban

Jozsi Jalics is currently serving as a Beeghly College Of Liberal Arts, Social Sciences, And Education Professor at Youngstown State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jozsi Jalics

Youngstown State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Sex and Regional Differences in Rabbit Right Ventricular L‐Type Calcium Current Levels and Mathematical Modelling of Arrhythmia Vulnerability. Experimental Physiology (2017)

physiologycardiologyregional differenceselectrophysiologycritical careical distribution

Mixed-Mode Oscillations in a Three Time-Scale System of Odes Motivated by a Neuronal Model. Dynamical Systems (2010)

Jozsi JalicsMartin KrupaHoracio G. Rotstein

time seriesneuronal modeltime-scale systemmixed-mode oscillationsneuroscience

Stimulus-Driven Traveling Solutions in Continuum Neuronal Models With a General Smooth Firing Rate Function. SIAM Journal on Applied Mathematics (2010)

G. Bard ErmentroutJozsi Z. JalicsJonathan E. Rubin

computational neurosciencesystems neuroscienceapplied mathematicsneurosciencecontinuum neuronal models

Stimulus-Driven Traveling Waves in a Neuronal Model. (2010)

Jozsi JalicsG. Bard ErmentroutJonathan Rubin

cognitive neuroscienceelectrophysiologycomputational neuroscienceneuronal modelsystems neuroscienceneuroscienceneurophysiology

A Novel Canard-Based Mechanism for Mixed-Mode Oscillations in a Neuronal Model. ArXiv.org (2008)

Jozsi JalicsMartin KrupaHoracio G. Rotstein

oscillation theorycomputational neuroscienceneuronal modelmixed-mode oscillationsneuroscience

Nmda Receptor-Dependent Switching Between Different Gamma Rhythm-Generating Microcircuits in Entorhinal Cortex. Proceedings of the National Academy of Sciences (2008)

Steven MiddletonJozsi JalicsTilman KisperskyFiona E. N. LeBeauAnita K. RoopunNancy J. KopellMiles A. WhittingtonMark O. Cunningham

Slow Waves in Mutually Inhibitory Neuronal Networks. Physica D Nonlinear Phenomena (2004)

slow wavesbio-inspired computationneural circuitsbrain circuitrysystems neuroscienceneurodynamicsneuronal networksneuroscienceneurons

Existence of Slow Waves in Mutually Inhibitory Thalamic Neuronal Networks. OhioLink ETD Center (Ohio Library and Information Network) (2002)

neural mechanismsneural circuitsnonlinear phenomenabrain circuitrysystems neurosciencenonlinear scienceneurodynamicsapplied mathematicsneuronal networksneuroscienceneurophysiologyneurons

1
10 / page