Faculty

Institution

Unit

Venue

Melinda Koelling

Associate Professor of Mathematics

Western Michigan University

Affiliations

College of Arts and Sciences

Mathematics

Melinda Koelling is currently serving as a College Of Arts And Sciences Associate Professor of Mathematics at Western Michigan University.

Honors

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Experiences

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Education

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Melinda Koelling

Western Michigan University

Associate Professor of Mathematics

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neuroscience computational neuroscience cognitive neuroscience systems neuroscience neurophysiology electrophysiology neural computation mathematics education applied mathematics communication biophysics artificial intelligence educational leadership higher education cybernetics avian biology constrained optimization student success vision research retina biocybernetics neurodynamics traffic light lead vehicle constraints response function optimal stimuli cortical nonlinearities neuron model optimal current stimuli current stimuli neuron phase models non-abelian toda-like flows qualitative behavior linear approximations nonlinear neuronal responses collaborative coordination neural response visual perception visual processing visual system cognitive science visual science toda lattice bio-inspired computation multisensory integration optimal control

Notable Scholarly Works

Notable Federal Grants

Collaborators

Our Journey From Collaborative Coordination to a Specifications-Based Grading Approach in Calculus 1. PRIMUS (2024)

Tabitha T. Y. MingusMelinda E. Koelling

educationmathematics educationcollaborative coordinationmathematics

Autonomous Eco-Driving With Traffic Light and Lead Vehicle Constraints: An Application of Best Constrained Interpolation. IFAC-PapersOnLine (2021)

Yara Hazem MahmoudNicholas E. BrownFarhang MotallebiaraghiMelinda KoellingRichard MeyerZachary D. AsherAssen DontchevIlya Kolmanovsky

artificial intelligencelead vehicle constraintstraffic lightconstrained optimizationapplied mathematics

A Collaborative Approach to Coordinating Calculus 1 to Improve Student Outcomes. PRIMUS (2020)

Tabitha T. Y. MingusMelinda Koelling

engineering educationeducational leadershipcommunicationhigher educationmathematics educationstudent success

Computation of Reduced Energy Input Current Stimuli for Neuron Phase Models. (2014)

Jason AnyalebechiMelinda E. KoellingDamon A. Miller

neural computationneuron phase modelssystems neurosciencecognitive neuroscienceneurosciencecomputational neuroscience

Current Stimuli That Provide Membrane Voltage Tracking in a Six Dimensional Neuron Model. Journal of Dynamic Systems Measurement and Control (2013)

Melinda E. KoellingDamon A. MillerMichael EllingerFrank L. SeveranceJohn Stahl

current stimulisystems neuroscienceelectrophysiologyneuroscienceelectrical engineeringneurophysiologyneurodynamicsneural engineeringdynamical systems

Searching for Optimal Stimuli: Ascending a Neuron’s Response Function. Journal of Computational Neuroscience (2012)

Melinda Evrithiki KoellingDuane Q. Nykamp

neural computationoptimal stimulicognitive neuroscienceneuroscienceresponse functioncomputational neuroscience

Exploring Optimal Current Stimuli That Provide Membrane Voltage Tracking in a Neuron Model. Biological cybernetics (2011)

M. EllingerM. E. KoellingD. A. MillerF. L. SeveranceJ. Stahl

biophysicssystems neuroscienceneuron modelcyberneticselectrophysiologyoptimal current stimulineuroscienceneurophysiologybiocybernetics

Computing Linear Approximations to Nonlinear Neuronal Responses. BMC Neuroscience (2008)

Melinda E KoellingDuane Q Nykamp

linear approximationsneuroscienceavian biologynonlinear neuronal responsescomputational neuroscience

Retinal and Cortical Nonlinearities Combine to Produce Masking in V1 Responses to Plaids. Journal of Computational Neuroscience (2008)

Melinda KoellingRobert ShapleyMichael Shelley

visual perceptionretinacognitive neuroscienceneurosciencevision researchcomputational neurosciencecortical nonlinearities

Qualitative Behavior of Non-Abelian Toda-Like Flows. Physica D Nonlinear Phenomena (2004)

Melinda E. KoellingAnthony M. BlochMichael Gekhtman

physicsqualitative behaviorfluid dynamicsnon-abelian toda-like flows

1
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Melinda Koelling

Associate Professor of Mathematics

Western Michigan University

Affiliations

College of Arts and Sciences

Mathematics

Melinda Koelling is currently serving as a College Of Arts And Sciences Associate Professor of Mathematics at Western Michigan 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

Melinda Koelling

Western Michigan University

Associate Professor of Mathematics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Our Journey From Collaborative Coordination to a Specifications-Based Grading Approach in Calculus 1. PRIMUS (2024)

Tabitha T. Y. MingusMelinda E. Koelling

educationmathematics educationcollaborative coordinationmathematics

Autonomous Eco-Driving With Traffic Light and Lead Vehicle Constraints: An Application of Best Constrained Interpolation. IFAC-PapersOnLine (2021)

Yara Hazem MahmoudNicholas E. BrownFarhang MotallebiaraghiMelinda KoellingRichard MeyerZachary D. AsherAssen DontchevIlya Kolmanovsky

artificial intelligencelead vehicle constraintstraffic lightconstrained optimizationapplied mathematics

A Collaborative Approach to Coordinating Calculus 1 to Improve Student Outcomes. PRIMUS (2020)

Tabitha T. Y. MingusMelinda Koelling

engineering educationeducational leadershipcommunicationhigher educationmathematics educationstudent success

Computation of Reduced Energy Input Current Stimuli for Neuron Phase Models. (2014)

Jason AnyalebechiMelinda E. KoellingDamon A. Miller

neural computationneuron phase modelssystems neurosciencecognitive neuroscienceneurosciencecomputational neuroscience

Current Stimuli That Provide Membrane Voltage Tracking in a Six Dimensional Neuron Model. Journal of Dynamic Systems Measurement and Control (2013)

Melinda E. KoellingDamon A. MillerMichael EllingerFrank L. SeveranceJohn Stahl

current stimulisystems neuroscienceelectrophysiologyneuroscienceelectrical engineeringneurophysiologyneurodynamicsneural engineeringdynamical systems

Searching for Optimal Stimuli: Ascending a Neuron’s Response Function. Journal of Computational Neuroscience (2012)

Melinda Evrithiki KoellingDuane Q. Nykamp

neural computationoptimal stimulicognitive neuroscienceneuroscienceresponse functioncomputational neuroscience

Exploring Optimal Current Stimuli That Provide Membrane Voltage Tracking in a Neuron Model. Biological cybernetics (2011)

M. EllingerM. E. KoellingD. A. MillerF. L. SeveranceJ. Stahl

biophysicssystems neuroscienceneuron modelcyberneticselectrophysiologyoptimal current stimulineuroscienceneurophysiologybiocybernetics

Computing Linear Approximations to Nonlinear Neuronal Responses. BMC Neuroscience (2008)

Melinda E KoellingDuane Q Nykamp

linear approximationsneuroscienceavian biologynonlinear neuronal responsescomputational neuroscience

Retinal and Cortical Nonlinearities Combine to Produce Masking in V1 Responses to Plaids. Journal of Computational Neuroscience (2008)

Melinda KoellingRobert ShapleyMichael Shelley

visual perceptionretinacognitive neuroscienceneurosciencevision researchcomputational neurosciencecortical nonlinearities

Qualitative Behavior of Non-Abelian Toda-Like Flows. Physica D Nonlinear Phenomena (2004)

Melinda E. KoellingAnthony M. BlochMichael Gekhtman

physicsqualitative behaviorfluid dynamicsnon-abelian toda-like flows

1
10 / page

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