Faculty

Institution

Unit

Venue

Theodore Bapty

Research Professor of Electrical Engineering

Vanderbilt University

Affiliations

School of Engineering

Electrical and Computer Engineering

Theodore Bapty is currently serving as an Electrical And Computer Engineering Research Professor of Electrical Engineering at Vanderbilt University.

Honors

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Experiences

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Education

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Theodore Bapty

Vanderbilt University

Research Professor of Electrical Engineering

You can click a keyword to filter the displayed items

systems engineering computer science design automation modeling and simulation design software engineering cyber-physical systems system software engineering computer architecture model integration machine learning reliability engineering domain-specific modeling model-based software development signal processing cybernetics high energy physics aeronautics real-time computing real-time systems information technology design space exploration reconfigurable architectures adaptive computing internet of things scientific computing experimental physics information visualization vehicular technology quality-of-service automotive engineering model-integrated computing model-based software synthesis artificial intelligence numerical simulations field programmable gate array virtual prototyping co-simulation metamodeling technique self-adaptive software large-scale embedded systems shock waves information fusion detector physic collider physics program transformation program synthesis constraint solving reliability prediction action language computational visualization learning-enabled components adas virtual prototyping cern lhc embedded software model-based integration platform fmi co-simulation model-driven program transformation nuclear science power electronics scintillators generative systems generative development vlsi design semantic learning acoustical engineering constraint satisfaction benchmark studies real-time automation software visualization cms experiment cms detector model-integrated development heterogeneous simulations large avionics framework model-based system engineering system integration model driven architecture

Notable Scholarly Works

Notable Federal Grants

Collaborators

AIRCRAFTVERSE: A Large-Scale Multimodal Dataset of Aerial Vehicle Designs. Zenodo (CERN European Organization for Nuclear Research) (2023)

Adam D. CobbAnirban RoyDaniel EleniusF. Michael HeimBrian SwensonSydney WhittingtonJames D. WalkerTheodore BaptyJoseph HiteKarthik RamaniChristopher McCombSusmit Jha

aeronauticsunmanned aerial vehicleslarge-scale multimodal datasetlarge-scale datasetsaerial vehicle designsaerospace engineering

Drag Model for Extremely Fast Estimation of Pressure and Friction Drag for AI Driven Design of Non-Structured Vtol Aircraft. AIAA SCITECH 2022 Forum (2023)

Frederick M. HeimPablo C. BuenoSidney ChocronJames D. WalkerAlexander CarpenterJon T. CutshallBrian SwensonTheodore BaptySydney Whittington

artificial intelligenceaeronauticsunmanned aerial vehiclesfriction dragaerodynamicsnon-structured vtol aircraftdrag modelai driven designaerospace engineering

A Flight Dynamics Model for Exploring the Distributed Electrical Evtol Cyber Physical Design Space. (2022)

James D. WalkerF. Michael HeimBapiraju SurampudiPablo BuenoAlexander CarpenterSidney ChocronJon CutshallRichard LammonsTheodore BaptyBrian SwensonSydney Whittington

systems engineeringaeronauticsunmanned aerial vehiclescyberneticselectrical engineeringcyber-physical systemsphysical design spaceflight dynamics modelaerospace engineering

Design Oracle for AI-Based Cps Design. (2022)

Theodore BaptySydney WhittingtonJames WalkerJoseph HiteBrian SwensonKatherine OwensFred EiseleJason ScottRobert Owens

artificial intelligencecomputer sciencesystems engineeringdesign oracledesignai-based cps design

Cyber‐Physical Vulnerability Analysis of Iot Applications Using Multi‐Modeling. (2020)

Ted BaptyAbhishek DubeyJanos Sztipanovits

internet of thingssystems engineeringcyber-physical vulnerability analysisiot applications

Mission-Based Reliability Prediction in Component-Based Systems. International Journal of Prognostics and Health Management (2020)

Saideep NannapaneniAbhishek DubeySherif AbdelwahedSankaran MahadevanSandeep NeemaTed Bapty

systems engineeringreliability predictionmission-based reliability predictioncomponent-based systemsreliability engineering

Workflow Automation for Cyber Physical System Development Processes. (2020)

Charles HartsellNagabhushan MahadevanHarmon NineTed BaptyAbhishek DubeyGabor Karsai

computer sciencesystems engineeringcomputer engineeringcyber-physical systemsworkflow automationsoftware engineering

A Cps Toolchain for Learning-Based Systems. (2019)

Charles HartsellNagabhushan MahadevanShreyas RamakrishnaAbhishek DubeyTheodore BaptyGabor Karsai

computer sciencesystems engineeringcps toolchainlearning-based systemsinformation technologymachine learning

Cps Design With Learning-Enabled Components. (2019)

Charles HartsellNagabhushan MahadevanShreyas RamakrishnaAbhishek DubeyTheodore BaptyTaylor JohnsonXenofon KoutsoukosJanos SztipanovitsGabor Karsai

computer sciencesystems engineeringcps designlearning-enabled componentscomputing educationdesignmachine learning

Enabling Strong Isolation for Distributed Real-Time Applications in Edge Computing Scenarios. IEEE Aerospace and Electronic Systems Magazine (2019)

Abhishek DubeyWilliam EmfingerAniruddha GokhalePranav KumarDan McDermetTed BaptyGabor Karsai

strong isolationedge computingaerospace engineering

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Theodore Bapty

Research Professor of Electrical Engineering

Vanderbilt University

Affiliations

School of Engineering

Electrical and Computer Engineering

Theodore Bapty is currently serving as an Electrical And Computer Engineering Research Professor of Electrical Engineering at Vanderbilt 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

Theodore Bapty

Vanderbilt University

Research Professor of Electrical Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

AIRCRAFTVERSE: A Large-Scale Multimodal Dataset of Aerial Vehicle Designs. Zenodo (CERN European Organization for Nuclear Research) (2023)

Adam D. CobbAnirban RoyDaniel EleniusF. Michael HeimBrian SwensonSydney WhittingtonJames D. WalkerTheodore BaptyJoseph HiteKarthik RamaniChristopher McCombSusmit Jha

aeronauticsunmanned aerial vehicleslarge-scale multimodal datasetlarge-scale datasetsaerial vehicle designsaerospace engineering

Drag Model for Extremely Fast Estimation of Pressure and Friction Drag for AI Driven Design of Non-Structured Vtol Aircraft. AIAA SCITECH 2022 Forum (2023)

Frederick M. HeimPablo C. BuenoSidney ChocronJames D. WalkerAlexander CarpenterJon T. CutshallBrian SwensonTheodore BaptySydney Whittington

artificial intelligenceaeronauticsunmanned aerial vehiclesfriction dragaerodynamicsnon-structured vtol aircraftdrag modelai driven designaerospace engineering

A Flight Dynamics Model for Exploring the Distributed Electrical Evtol Cyber Physical Design Space. (2022)

James D. WalkerF. Michael HeimBapiraju SurampudiPablo BuenoAlexander CarpenterSidney ChocronJon CutshallRichard LammonsTheodore BaptyBrian SwensonSydney Whittington

systems engineeringaeronauticsunmanned aerial vehiclescyberneticselectrical engineeringcyber-physical systemsphysical design spaceflight dynamics modelaerospace engineering

Design Oracle for AI-Based Cps Design. (2022)

Theodore BaptySydney WhittingtonJames WalkerJoseph HiteBrian SwensonKatherine OwensFred EiseleJason ScottRobert Owens

artificial intelligencecomputer sciencesystems engineeringdesign oracledesignai-based cps design

Cyber‐Physical Vulnerability Analysis of Iot Applications Using Multi‐Modeling. (2020)

Ted BaptyAbhishek DubeyJanos Sztipanovits

internet of thingssystems engineeringcyber-physical vulnerability analysisiot applications

Mission-Based Reliability Prediction in Component-Based Systems. International Journal of Prognostics and Health Management (2020)

Saideep NannapaneniAbhishek DubeySherif AbdelwahedSankaran MahadevanSandeep NeemaTed Bapty

systems engineeringreliability predictionmission-based reliability predictioncomponent-based systemsreliability engineering

Workflow Automation for Cyber Physical System Development Processes. (2020)

Charles HartsellNagabhushan MahadevanHarmon NineTed BaptyAbhishek DubeyGabor Karsai

computer sciencesystems engineeringcomputer engineeringcyber-physical systemsworkflow automationsoftware engineering

A Cps Toolchain for Learning-Based Systems. (2019)

Charles HartsellNagabhushan MahadevanShreyas RamakrishnaAbhishek DubeyTheodore BaptyGabor Karsai

computer sciencesystems engineeringcps toolchainlearning-based systemsinformation technologymachine learning

Cps Design With Learning-Enabled Components. (2019)

Charles HartsellNagabhushan MahadevanShreyas RamakrishnaAbhishek DubeyTheodore BaptyTaylor JohnsonXenofon KoutsoukosJanos SztipanovitsGabor Karsai

computer sciencesystems engineeringcps designlearning-enabled componentscomputing educationdesignmachine learning

Enabling Strong Isolation for Distributed Real-Time Applications in Edge Computing Scenarios. IEEE Aerospace and Electronic Systems Magazine (2019)

Abhishek DubeyWilliam EmfingerAniruddha GokhalePranav KumarDan McDermetTed BaptyGabor Karsai

strong isolationedge computingaerospace engineering

1
2
3
4
5
23
10 / page

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design automation

computer architecture

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systems modeling

industrial informatics

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Institution

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design automation

cyber-physical systems

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visual programming environments

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autonomic computing

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