Matthew W. Dunnigan
Papers
23
Total Citations
340
H-Index
11
About
Matthew W. Dunnigan is a robotics researcher whose work spans underwater robotics, autonomous systems, motion planning, and robotic manipulator control. He has made foundational contributions to the automation of underwater remotely operated vehicles (ROVs), recognizing early on that teleoperation places excessive cognitive demands on human operators. His 1996 paper on hybrid position/force control of hydraulic underwater manipulators — garnering 61 citations — established critical groundwork for automating underwater intervention tasks such as weld inspection and connector mating, with subsequent work comparing robust and adaptive control schemes to refine these approaches further. Dunnigan has also advanced robot motion planning through the innovative application of ant colony optimization combined with probabilistic roadmap planners, extending these techniques to complex 3D articulated robot scenarios. More recently, his research has broadened into autonomous systems reliability, introducing semantic modelling frameworks for self-certification and online diagnostics — work that has attracted 27 citations since 2021. His investigations into mobile manipulator systems, Stewart platform emulators for underwater vehicle testing, and dynamic modelling of manipulators on moving bases reflect a career-long commitment to bridging theoretical control with real-world robotic deployment, making his body of work essential reading for researchers in marine robotics and autonomous systems.
Research Focus
Key Achievements
Top Papers
- 1Hybrid position/force control of a hydraulicunderwater manipulator61 citations · 1996
- 2Ant Colony Robot Motion Planning32 citations · 2005
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- 8Articulated Robot Motion Planning Using Ant Colony Optimisation16 citations · 2006
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