Faculty

Institution

Unit

Venue

Nadarajah Kirupaharan

Associate Professor

CUNY--Borough of Manhattan Community College

Affiliations

Mathematics

Nadarajah Kirupaharan is currently serving as a Mathematics Associate Professor at Cuny--Borough of Manhattan Community College.

Honors

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Experiences

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Education

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Nadarajah Kirupaharan

CUNY--Borough of Manhattan Community College

Associate Professor

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epidemiology infectious disease modelling infectious diseases mathematical biology theoretical biology disease outbreaks reference frame multiple pathogen strains stochastic epidemic models biology systems biology computational biology pathogens biosystems theory of computation systems modeling control systems learning sciences difference equations scientific computing mathematical bioscience nonlinear dynamics cybernetics control optimization theoretical modeling mathematical modelling controllability model analysis learning control density-dependent mortality sis epidemic models asymptotic dynamics multiple pathogens biological control control theory

Notable Scholarly Works

Notable Federal Grants

Collaborators

Asymptotic Dynamics of Deterministic and Stochastic Epidemic Models With Multiple Pathogens. (2005)

Linda J. S. AllenNadarajah Kirupaharan

epidemiologyinfectious diseasesasymptotic dynamicsmultiple pathogensstochastic epidemic modelsinfectious disease modellingdisease outbreaks

Coexistence of Multiple Pathogen Strains in Stochastic Epidemic Models With Density-Dependent Mortality. Bulletin of Mathematical Biology (2004)

Nadarajah KirupaharanLinda J. S. Allen

computational biologyepidemiologymultiple pathogen strainstheoretical biologymathematical biologydensity-dependent mortalitystochastic epidemic modelsinfectious disease modelling

Sis Epidemic Models With Multiple Pathogen Strains. The Journal of Difference Equations and Applications (2004)

Linda J.S. AllenNadarajah KirupaharanSherri M. Wilson

difference equationsepidemiologymultiple pathogen strainsinfectious diseasespathogenssis epidemic modelsinfectious disease modellingdisease outbreaks

Theory of Reference Frames and Biological Control. Mathematical and Computer Modelling (2001)

N. KirupaharanW.P. Dayawansa

reference framescientific computingtheoretical modelingmathematical modellingmathematical biosciencebiologynonlinear dynamicstheoretical biologybiosystemscyberneticscontrollabilitymodel analysissystems biologytheory of computationmathematical biologysystems modelingcontrol systemsbiological controlapplied mathematics

Reference Frames in Learning and Control. IFAC Proceedings Volumes (1999)

N. KirupaharanW.P. Dayawansa

learning controlreference framelearning sciencescontrol optimizationcognitive science

1
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Nadarajah Kirupaharan

Associate Professor

CUNY--Borough of Manhattan Community College

Affiliations

Mathematics

Nadarajah Kirupaharan is currently serving as a Mathematics Associate Professor at Cuny--Borough of Manhattan Community College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Nadarajah Kirupaharan

CUNY--Borough of Manhattan Community College

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Asymptotic Dynamics of Deterministic and Stochastic Epidemic Models With Multiple Pathogens. (2005)

Linda J. S. AllenNadarajah Kirupaharan

epidemiologyinfectious diseasesasymptotic dynamicsmultiple pathogensstochastic epidemic modelsinfectious disease modellingdisease outbreaks

Coexistence of Multiple Pathogen Strains in Stochastic Epidemic Models With Density-Dependent Mortality. Bulletin of Mathematical Biology (2004)

Nadarajah KirupaharanLinda J. S. Allen

computational biologyepidemiologymultiple pathogen strainstheoretical biologymathematical biologydensity-dependent mortalitystochastic epidemic modelsinfectious disease modelling

Sis Epidemic Models With Multiple Pathogen Strains. The Journal of Difference Equations and Applications (2004)

Linda J.S. AllenNadarajah KirupaharanSherri M. Wilson

difference equationsepidemiologymultiple pathogen strainsinfectious diseasespathogenssis epidemic modelsinfectious disease modellingdisease outbreaks

Theory of Reference Frames and Biological Control. Mathematical and Computer Modelling (2001)

N. KirupaharanW.P. Dayawansa

Reference Frames in Learning and Control. IFAC Proceedings Volumes (1999)

N. KirupaharanW.P. Dayawansa

learning controlreference framelearning sciencescontrol optimizationcognitive science

1
10 / page

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Similar Faculty Members

Cameron Browne

Institution

University of Louisiana at Lafayette

applied mathematical modelling

population dynamics

Wandi Ding

Institution

Middle Tennessee State University

quantum computing

optimal control

Grzegorz Rempala

Institution

Ohio State University

stochastic process

theoretical biology

Yixiang Wu

Institution

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applied mathematics

mathematical biology

Sophia Jang

Institution

Texas Tech University

theoretical biology

systems biology

Stephen J. Merrill

Institution

Marquette University

computational science

theoretical modeling

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infectious diseases (medical specialty)

covid transmission

Esteban Hernandez-Vargas

Institution

University of Idaho

theoretical biology

computational biology

Azmy S. Ackleh

Institution

University of Louisiana at Lafayette

marine mammals

amphibian dynamics

Suzanne Lenhart

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University of Tennessee

applied mathematics

optimal control