B.G. Boyle
Papers
2
Total Citations
12
H-Index
2
About
B.G. Boyle is a researcher specializing in underwater robotics and teleoperation systems, with a particular focus on developing innovative control methodologies for remotely operated underwater vehicles (ROVs). Working prominently in the mid-1990s, Boyle addressed fundamental limitations in the conventional master-slave robotic configurations that relied heavily on closed-circuit television feedback for underwater manipulation tasks — systems notorious for their telepresence shortcomings and operational inefficiencies. Boyle's most significant contribution lies in pioneering the application of graphical simulation techniques as an alternative control paradigm for underwater robotic arms, offering operators a more intuitive and reliable means of directing complex subsea repair operations. This work represented a meaningful conceptual shift in how engineers approached the human-machine interface in challenging underwater environments, where visual feedback constraints significantly hampered precision and safety. With publications including "Teleoperation of an underwater robotic repair system using graphical simulation" (1995, 10 citations) and related concept evaluation trials, Boyle demonstrated both the theoretical foundations and practical feasibility of this approach. Though the citation counts reflect the niche and specialized nature of this research domain, the work contributed valuable groundwork to the evolving field of ROV control systems at a time when offshore industry demand for reliable underwater intervention technology was rapidly growing.
Research Focus
Key Achievements
Top Papers
- 1
- 2
Key Collaborators
Related papers
- Teleoperation of an underwater robotic repair system using graphical simulation
- Concept evaluation trials of teleoperation system for control of an underwater robotic arm by graphical simulation techniques
- A hybrid simulator for undersea robotic telemanipulation
- A teleoperating system for underwater manipulator with virtual model aid
- Laboratory and sea tests of the supervisory controlled underwater telemanipulation system
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