Faculty

Institution

Unit

Venue

Brian S. Bingham

Professor

Naval Postgraduate School

Affiliations

Center For Materials Science And Engineering

Mechanical and Aerospace Engineering

Resources

School Of Mechanical And Aerospace Engineering

Brian S. Bingham is currently serving as a Center For Materials Science And Engineering Professor at Naval Postgraduate School.

Honors

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Experiences

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Education

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Brian S. Bingham

Naval Postgraduate School

Professor

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robotics marine engineering aerospace engineering systems engineering field robotics oceanography navigation ocean engineering engineering computer science artificial intelligence autonomous robots underwater technologies unmanned aerial vehicles automatic control operational oceanography naval architecture underwater vehicles underwater robot aerial robotics unmanned surface vessels ocean plume characteristics archaeology mechatronics fluid dynamics intelligent robotic systems unmanned aircraft systems ocean sciences numerical simulations marine pollution ship maneuvering robot control acoustical oceanography underwater acoustics swarm robotics distributed robotics micro-electromechanical systems multirobot system underwater systems autonomous navigation remote operation space robotics aeronautics ocean technology deep water archaeology robotic tools ancient shipwreck autonomous underwater vehicle active acoustics autonomous wave glider multi-robot cooperative control dynamic plumes whoi micro-modem underwater acoustic navigation cooperative robots autonomous underwater manipulation physics-based modelling multibeam echosounder perception technology aerospace artificial life marine structures propulsion computational science drones automation computational engineering robotics automation industrial informatics intelligent robot informatics acta astronautica natural computing system science systems modeling space exploration machine intelligence engineering management bio-inspired computation mechanical systems soft robotics intelligent systems design intelligent computing cybernetics memetic computing human robot interaction

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dave Aquatic Virtual Environment: Toward a General Underwater Robotics Simulator. (2022)

autonomous robotsdesignroboticsunderwater systemsaerospace engineeringmarine engineeringunderwater technologiesunderwater robotocean engineeringmodeling and simulationvirtual realityunderwater vehiclesfield robotics

Physics-Based Modelling and Simulation of Multibeam Echosounder Perception for Autonomous Underwater Manipulation. Frontiers in Robotics and AI (2021)

Woen-Sug ChoiDerek R. OlsonDuane DavisMabel ZhangAndy RacsonBrian BinghamMichael McCarrinCarson VogtJessica Herman

roboticsmultibeam echosounder perceptionautonomous underwater manipulationphysics-based modelling

Dynamic Plume Tracking by Cooperative Robots. IEEE/ASME Transactions on Mechatronics (2019)

Jun-Wei WangYi GuoMuhammad FahadBrian Bingham

mechatronicsfluid dynamicsunmanned aerial vehiclesautomatic controlroboticsmicro-electromechanical systemsswarm roboticsdistributed roboticsaerospace engineeringapplied physicsaerial roboticsnavigationmultirobot systemelectrical engineeringcooperative robots

Toward Maritime Robotic Simulation in Gazebo. (2019)

autonomous robotssystems engineeringintelligent robotic systemsroboticsship maneuveringmarine engineeringunderwater robotunderwater vehiclesfield robotics

Ocean Plume Tracking With Unmanned Surface Vessels: Algorithms and Experiments. (2018)

oceanographycoastal engineeringocean sciencessystems engineeringunmanned aircraft systemsoperational oceanographyunmanned aerial vehiclesaerospace engineeringmarine engineeringdronesocean engineeringnaval architecturenavigationaerospacepropulsionfield robotics

Simulating Fine-Scale Marine Pollution Plumes for Autonomous Robotic Environmental Monitoring. Frontiers in Robotics and AI (2018)

Muhammad FahadYi GuoBrian Bingham

autonomous robotsenvironmental engineeringsystems engineeringroboticsenvironmental modellingcomputer sciencemarine pollutionenvironmental monitoringartificial intelligencenumerical simulations

Evaluation of Ocean Plume Characteristics Using Unmanned Surface Vessels. Calhoun: The Naval Postgraduate School Institutional Archive (Naval Postgraduate School) (2017)

Muhammad FahadYi GuoBrian BinghamKristopher KrasnoskyLaura FitzpatrickFernando A. Sanabria

oceanographymarine biologyocean technologyunmanned surface vesselsocean plume characteristicsaerospace engineeringmarine engineeringunderwater technologiesocean engineering

Robotic Experiments to Evaluate Ocean Plume Characteristics and Structure. 2021 IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS) (2017)

Muhammad FahadYi GuoBrian BinghamKristopher KrasnoskyLaura FitzpatrickFernando A. Sanabria

planetary sciencesrobotic experimentsroboticsocean plume characteristics

Robotic Simulation of Dynamic Plume Tracking by Unmanned Surface Vessels. (2015)

Muhammad FahadNathaniel SaulYi GuoBrian Bingham

transportation engineeringsystems engineeringengineeringautomatic controlroboticsaeronauticsrobotic simulationdynamic plume trackingkinematicsaerospace engineeringmarine engineeringremote operationunmanned surface vesselsaerial roboticsnaval architectureartificial intelligencespace robotics

Multi-Robot Cooperative Control for Monitoring and Tracking Dynamic Plumes. (2014)

Shuai LiYi GuoBrian Bingham

robot controldynamic plumesroboticsmulti-robot cooperative controlartificial intelligenceenvironmental science

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Brian S. Bingham

Professor

Naval Postgraduate School

Affiliations

Center For Materials Science And Engineering

Mechanical and Aerospace Engineering

Resources

School Of Mechanical And Aerospace Engineering

Brian S. Bingham is currently serving as a Center For Materials Science And Engineering Professor at Naval Postgraduate School.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Brian S. Bingham

Naval Postgraduate School

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dave Aquatic Virtual Environment: Toward a General Underwater Robotics Simulator. (2022)

Physics-Based Modelling and Simulation of Multibeam Echosounder Perception for Autonomous Underwater Manipulation. Frontiers in Robotics and AI (2021)

Woen-Sug ChoiDerek R. OlsonDuane DavisMabel ZhangAndy RacsonBrian BinghamMichael McCarrinCarson VogtJessica Herman

roboticsmultibeam echosounder perceptionautonomous underwater manipulationphysics-based modelling

Dynamic Plume Tracking by Cooperative Robots. IEEE/ASME Transactions on Mechatronics (2019)

Jun-Wei WangYi GuoMuhammad FahadBrian Bingham

Toward Maritime Robotic Simulation in Gazebo. (2019)

autonomous robotssystems engineeringintelligent robotic systemsroboticsship maneuveringmarine engineeringunderwater robotunderwater vehiclesfield robotics

Ocean Plume Tracking With Unmanned Surface Vessels: Algorithms and Experiments. (2018)

Simulating Fine-Scale Marine Pollution Plumes for Autonomous Robotic Environmental Monitoring. Frontiers in Robotics and AI (2018)

Muhammad FahadYi GuoBrian Bingham

autonomous robotsenvironmental engineeringsystems engineeringroboticsenvironmental modellingcomputer sciencemarine pollutionenvironmental monitoringartificial intelligencenumerical simulations

Evaluation of Ocean Plume Characteristics Using Unmanned Surface Vessels. Calhoun: The Naval Postgraduate School Institutional Archive (Naval Postgraduate School) (2017)

Muhammad FahadYi GuoBrian BinghamKristopher KrasnoskyLaura FitzpatrickFernando A. Sanabria

oceanographymarine biologyocean technologyunmanned surface vesselsocean plume characteristicsaerospace engineeringmarine engineeringunderwater technologiesocean engineering

Robotic Experiments to Evaluate Ocean Plume Characteristics and Structure. 2021 IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS) (2017)

Muhammad FahadYi GuoBrian BinghamKristopher KrasnoskyLaura FitzpatrickFernando A. Sanabria

planetary sciencesrobotic experimentsroboticsocean plume characteristics

Robotic Simulation of Dynamic Plume Tracking by Unmanned Surface Vessels. (2015)

Muhammad FahadNathaniel SaulYi GuoBrian Bingham

Multi-Robot Cooperative Control for Monitoring and Tracking Dynamic Plumes. (2014)

Shuai LiYi GuoBrian Bingham

robot controldynamic plumesroboticsmulti-robot cooperative controlartificial intelligenceenvironmental science

1
2
10 / page