Faculty

Institution

Unit

Venue

Dawn A. Lott

Professor of Applied Mathematics

Delaware State University

Affiliations

Applied Optics Center Of Delaware

College Of Agriculture And Natural Resources

School of Graduate, Adult and Extended Studies

College Of Agriculture, Science And Technology

College Of Arts And Sciences

College of Agriculture, Science and Technology

Department Of Agriculture And Natural Resources

Department Of Biological Sciences

Division Of Physics, Engineering, Mathematics, And Computer Science

Delaware State University

College Of Agriculture, Science And Technology

Department Of Agriculture And Natural Resources

Department Of Human Ecology

Department Of Agriculture And Natural Science

Department Of Mathematics

Optical Sciences Center For Applied Research And Applications

Scholarship Ball

Dawn A. Lott is currently serving as an Applied Optics Center Of Delaware Professor of Applied Mathematics at Delaware 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

Dawn A. Lott

Delaware State University

Professor of Applied Mathematics

You can click a keyword to filter the displayed items

nonlinear phenomena nonlinear science topological soliton photonics optical properties uncertainty analysis nonlinear wave propagation systems engineering wave nonlinearity uncertainty quantification optical solitons physics decision science non-linear optics uncertainty modeling uncertainty formalism technology intelligent systems internet of things lightwave technology approximate reasoning uncertainty management mathematics lasers system safety fuzzy logic intelligent decision making deep uncertainty battlefield situations nonlinear analysis light science fibers statistical methodology computational statistics neurointerventional surgery industrial informatics automated reasoning circulatory physiology nonlinear hyperbolic problem nonlinear equations optical physics dispersion nonlinear acoustics fiber optics uncertain data decision analysis iot communication iot system uncertain reasoning probabilistic reasoning cardiac mechanics cardiac muscle electrophysiological evaluation cardiovascular physiology information model information processing (psychology) information flow algorithm design algorithmic library topological 1-soliton solution the generalized radhakrishnan optical gaussons numerical study square-root law nonlinearity optical soliton-like structures gaussian optical solitons time-dependent dispersion topological optical solitons flow characteristics iot devices decision making matlab versus java lrm method artificial reasoning artificial intelligence design optimization numerical simulations natural computing engineering management abstract and applied analysis scientific computing computer-aided design ocean engineering computational intelligence partial differential equations numerical algorithms computational engineering structural optimization informatics marine engineering engineering multidisciplinary optimization civil engineering intelligent computing bio-inspired computation numerical mathematics inverse problems differential equations global optimization computational mechanics numerical analysis soft computing computational mathematics modeling and simulation engineering optimization approximation theory aerospace engineering computational science computational geometry industrial engineering systems modeling mathematical programming computational optimization geometric modeling applied mathematics

Notable Scholarly Works

Notable Federal Grants

Collaborators

PEIRE: A Model for the Transfer of Information. Lecture notes in computer science (2025)

knowledge managementinformaticscommunicationinformation scienceinformation managementinformation technologycomputational social scienceinformation developmentinformation modelinformation processing (psychology)knowledge-based systemsinformation flowknowledge representation and reasoning

Decision Making With Uncertainty Using the Lrm Method: Matlab Versus Java. (2021)

uncertainty analysisuncertainty quantificationsystems engineeringuncertainty modelingdecision sciencelrm methodmatlab versus javamodeling and simulationuncertainty formalismapplied mathematicsuncertainty managementcomputer sciencefuzzy logic

Decisions, Graphs, and Artificial Reasoning for Uncertainty of Information. (2021)

uncertainty analysisuncertainty quantificationuncertain reasoningdecision scienceapproximate reasoningartificial reasoningdecision theoryinferenceuncertainty formalismprobabilistic reasoningcomputer scienceautomated reasoningknowledge representation and reasoning

Sage Supporting Operations Research Inspired Algorithms. (2021)

systems engineeringcomputational optimizationalgorithmic librarycomputational scienceintelligent computingmemetic computingcomputer sciencealgorithm designoperations research

Automation of Iot Based Decision Making With Uncertainty. (2020)

uncertainty analysistechnologysystems engineeringfuzzy logicindustrial informaticsapproximate reasoningintelligent decision makingintelligent systemsiot systeminternet of thingsautomationiot communication

Challenges of Simulating Uncertainty of Information. Communications in computer and information science (2020)

uncertainty analysisuncertainty quantificationuncertainty modelingapproximate reasoningstatistical inferencestatisticsinferencestatistical methodologyuncertainty formalismuncertain datacomputational statistics

On the Use of Operations Research for Decision Making With Uncertainty for Iot Devices in Battlefield Situations: Simulations and Outcomes. (2020)

uncertainty analysistechnologysystems engineeringuncertainty quantificationdecision analysisdecision makingcyber-physical systemsdeep uncertaintyuncertainty modelingcomputer engineeringdecision sciencedecision theoryintelligent systemsuncertainty managementbattlefield situationsinternet of thingssystem safetyoperations research

On the Use of Operations Research for Decision Making With Uncertainty for Iot Devices in Battlefield Situations. (2019)

technologyintelligent systemsbattlefield situationssystem safetydeep uncertaintydecision scienceuncertainty quantificationuncertainty modelingdecision theoryintelligent decision makinginternet of thingsiot devicesuncertainty analysissystems engineeringcyber-physical systemsuncertainty formalismuncertainty managementcomputer scienceoperations research

Optical Gaussons in Nonlinear Directional Couplers. Journal of Electromagnetic Waves and Applications (2013)

physicsnon-linear opticsoptical gaussonsoptical propertiesnonlinear phenomenanonlinear sciencelightwave technologyoptical physicsapplied physicslight sciencephotonics

Dynamics of Super-Sech Solitons in Optical Fibers. Journal of Nonlinear Optical Physics & Materials (2010)

physicstopological solitonoptical solitonsoptical propertiesfiber opticsnonlinear phenomenalasersnonlinear sciencelightwave technologyfibersphotonics

1
2
10 / page

Dawn A. Lott

Professor of Applied Mathematics

Delaware State University

Affiliations

Applied Optics Center Of Delaware

College Of Agriculture And Natural Resources

School of Graduate, Adult and Extended Studies

College Of Agriculture, Science And Technology

College Of Arts And Sciences

College of Agriculture, Science and Technology

Department Of Agriculture And Natural Resources

Department Of Biological Sciences

Division Of Physics, Engineering, Mathematics, And Computer Science

Delaware State University

College Of Agriculture, Science And Technology

Department Of Agriculture And Natural Resources

Department Of Human Ecology

Department Of Agriculture And Natural Science

Department Of Mathematics

Optical Sciences Center For Applied Research And Applications

Scholarship Ball

Dawn A. Lott is currently serving as an Applied Optics Center Of Delaware Professor of Applied Mathematics at Delaware 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

Dawn A. Lott

Delaware State University

Professor of Applied Mathematics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

PEIRE: A Model for the Transfer of Information. Lecture notes in computer science (2025)

Decision Making With Uncertainty Using the Lrm Method: Matlab Versus Java. (2021)

Decisions, Graphs, and Artificial Reasoning for Uncertainty of Information. (2021)

Sage Supporting Operations Research Inspired Algorithms. (2021)

systems engineeringcomputational optimizationalgorithmic librarycomputational scienceintelligent computingmemetic computingcomputer sciencealgorithm designoperations research

Automation of Iot Based Decision Making With Uncertainty. (2020)

Challenges of Simulating Uncertainty of Information. Communications in computer and information science (2020)

On the Use of Operations Research for Decision Making With Uncertainty for Iot Devices in Battlefield Situations: Simulations and Outcomes. (2020)

On the Use of Operations Research for Decision Making With Uncertainty for Iot Devices in Battlefield Situations. (2019)

Optical Gaussons in Nonlinear Directional Couplers. Journal of Electromagnetic Waves and Applications (2013)

physicsnon-linear opticsoptical gaussonsoptical propertiesnonlinear phenomenanonlinear sciencelightwave technologyoptical physicsapplied physicslight sciencephotonics

Dynamics of Super-Sech Solitons in Optical Fibers. Journal of Nonlinear Optical Physics & Materials (2010)

physicstopological solitonoptical solitonsoptical propertiesfiber opticsnonlinear phenomenalasersnonlinear sciencelightwave technologyfibersphotonics

1
2
10 / page