Faculty

Institution

Unit

Venue

John C. Gallagher

Wright State University

Affiliations

College of Engineering and Computer Science

Computer Science and Engineering

NoneJohn C. Gallagher is currently serving as a College Of Engineering And Computer Science faculty at Wright State University.

Honors

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Experiences

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Education

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John C. Gallagher

Wright State University

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aerospace engineering aeronautics robotics computer science systems engineering machine learning artificial intelligence unmanned aerial vehicles intelligent systems evolutionary computation automatic control flight control control systems aerial robotics engineering aerodynamics evolutionary robotics computational neuroscience vehicular technology control optimization active control bio-inspired robotics evolvable hardware evolvable machine intelligent computing genetic algorithms control engineering intelligent control evolving neural network neuromorphic engineering motion control cybernetics computational intelligence intelligent robotics adaptive control vehicle control recurrent neural networks dynamical neural networks evolved locomotion controllers hexapod robot model cpgs flapping-wing mechanical insect thermoacoustic instability adaptation avian biology swarm intelligence thermal engineering numerical simulations control system technology fuzzy logic adaptive behavior bipedal locomotion robot control sonar signal processing audio analysis real-time systems real-time technique real-time monitoring object detection radio frequency identification system identification oscillation theory biocybernetics intelligent optimization adaptive learning swarm robotics general principles individual variability analysis system uav detection system audio sensors qualitative dynamical analysis intrinsic evolution design constraints basis function improved evolvable oscillator

Notable Scholarly Works

Notable Federal Grants

Collaborators

Analog Dopplegangers: Twinning With Deep Continuous-Time Recurrent Neural Networks. 2022 International Joint Conference on Neural Networks (IJCNN) (2024)

John C. GallagherEric T. Matson

deep learningcomputer sciencemachine learningneural computationartificial intelligenceanalog dopplegangersrecurrent neural networksneural network (machine learning)

Crowding and Mutation Improvements in an Ea for Flight Control Correction in a Flapping-Wing Vehicle. 2021 IEEE Symposium Series on Computational Intelligence (SSCI) (2023)

John C. GallagherMichael W. OppenheimerEric T. Matson

aerospace engineeringunmanned aerial vehiclesmutation improvementsflapping-wing vehicleflight controlflight control correctionaeronautics

Repeat Trial Analysis of an Ea for Flight Control Correction and Control Model Extraction in a Flapping-Wing Vehicle. (2023)

John C. GallagherMichael W. OppenheimerEric T. Matson

aerospace engineeringrepeat trial analysisaerodynamicscontrol model extractionflapping-wing vehicleflight controlflight control correctionaeronautics

Real-Time Learning of Wing Motion Correction in an Unconstrained Flapping-Wing Air Vehicle. (2022)

John C. GallagherEric T. MatsonRyan Slater

aerospace engineeringaerial roboticsmachine learningroboticsreal-time learningaeronautics

Resilient Architecture Framework for Robotic Systems. 2021 International Conference Automatics and Informatics (ICAI) (2022)

Anton D. HristozovEric T. MatsonJohn C. GallagherMarcus RogersEric Dietz

resilient architecture frameworkarchitectureresiliencerobotic systemsroboticssystems engineeringresilience engineeringaerospace engineeringdesign frameworks

Secure Robotic Vehicles: Vulnerabilities and Mitigation Strategies. (2022)

Anton HristozovEric DietzEric MatsonJohn C. GallagherMarcus Rogers

information securitysoftware securityautomotive securityvulnerabilityrisk managementcomputer securitymitigation strategiessystems engineeringhardware securitysecurity managementcontrol system securitysecure robotic vehicles

HAMLET: A Hierarchical Agent-Based Machine Learning Platform. ACM Transactions on Autonomous and Adaptive Systems (2021)

Ahmad EsmaeiliJohn C. GallagherJohn A. SpringerEric T. Matson

machine learningcomputer scienceagent-based system

Improvements to Speed and Efficacy in Non-Stationary Learning in a Flapping-Wing Air Vehicle: Constrained and Unconstrained Flight. 2021 IEEE Symposium Series on Computational Intelligence (SSCI) (2021)

John C. GallagherMonica Sam

computer scienceaerospace engineeringcomputational intelligencenon-stationary learningartificial intelligenceflight controlunconstrained flightaeronauticsflapping-wing air vehicle

Learning Time Improvements to an Evolutionary Algorithm for Online, Non-Stationary, Optimization of Flight Control in a Flapping Wing Micro Air Vehicle. (2021)

John C. Gallagher

evolutionary computationcontrol optimizationmachine learningtrajectory optimizationmicro air vehiclecomputational optimizationaerospace engineeringaircraftevolutionary algorithmlearning time improvements

A Demonstration of Core-Model Independence in Evolutionary Model Consistency Checking. 2019 Third IEEE International Conference on Robotic Computing (IRC) (2019)

John C. GallagherEric Matson

computer sciencemachine learningroboticsartificial intelligencecore-model independence

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John C. Gallagher

Wright State University

Affiliations

College of Engineering and Computer Science

Computer Science and Engineering

NoneJohn C. Gallagher is currently serving as a College Of Engineering And Computer Science faculty at Wright 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

John C. Gallagher

Wright State University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Analog Dopplegangers: Twinning With Deep Continuous-Time Recurrent Neural Networks. 2022 International Joint Conference on Neural Networks (IJCNN) (2024)

John C. GallagherEric T. Matson

deep learningcomputer sciencemachine learningneural computationartificial intelligenceanalog dopplegangersrecurrent neural networksneural network (machine learning)

Crowding and Mutation Improvements in an Ea for Flight Control Correction in a Flapping-Wing Vehicle. 2021 IEEE Symposium Series on Computational Intelligence (SSCI) (2023)

John C. GallagherMichael W. OppenheimerEric T. Matson

aerospace engineeringunmanned aerial vehiclesmutation improvementsflapping-wing vehicleflight controlflight control correctionaeronautics

Repeat Trial Analysis of an Ea for Flight Control Correction and Control Model Extraction in a Flapping-Wing Vehicle. (2023)

John C. GallagherMichael W. OppenheimerEric T. Matson

aerospace engineeringrepeat trial analysisaerodynamicscontrol model extractionflapping-wing vehicleflight controlflight control correctionaeronautics

Real-Time Learning of Wing Motion Correction in an Unconstrained Flapping-Wing Air Vehicle. (2022)

John C. GallagherEric T. MatsonRyan Slater

aerospace engineeringaerial roboticsmachine learningroboticsreal-time learningaeronautics

Resilient Architecture Framework for Robotic Systems. 2021 International Conference Automatics and Informatics (ICAI) (2022)

Anton D. HristozovEric T. MatsonJohn C. GallagherMarcus RogersEric Dietz

resilient architecture frameworkarchitectureresiliencerobotic systemsroboticssystems engineeringresilience engineeringaerospace engineeringdesign frameworks

Secure Robotic Vehicles: Vulnerabilities and Mitigation Strategies. (2022)

Anton HristozovEric DietzEric MatsonJohn C. GallagherMarcus Rogers

HAMLET: A Hierarchical Agent-Based Machine Learning Platform. ACM Transactions on Autonomous and Adaptive Systems (2021)

Ahmad EsmaeiliJohn C. GallagherJohn A. SpringerEric T. Matson

machine learningcomputer scienceagent-based system

John C. GallagherMonica Sam

computer scienceaerospace engineeringcomputational intelligencenon-stationary learningartificial intelligenceflight controlunconstrained flightaeronauticsflapping-wing air vehicle

Learning Time Improvements to an Evolutionary Algorithm for Online, Non-Stationary, Optimization of Flight Control in a Flapping Wing Micro Air Vehicle. (2021)

John C. Gallagher

A Demonstration of Core-Model Independence in Evolutionary Model Consistency Checking. 2019 Third IEEE International Conference on Robotic Computing (IRC) (2019)

John C. GallagherEric Matson

computer sciencemachine learningroboticsartificial intelligencecore-model independence

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rehabilitation

assistive robot

Ella Atkins

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aerospace robotics

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