posted on 2015-03-04, 10:15authored byDaniel ToalDaniel Toal, Seán Patrick Nolan, James Riordan, Edin Omerdić
This paper describes the ROVLATIS , a multi-mode of operation flexible
platform for high-resolution near-seabed survey from shallow inshore waters to
depths beyond 1000m. The paper further describes the operation modes of the
vehicle. Special system features include: deployment flexibility for both small
inshore boats and larger research vessel; fault tolerant controls; onboard
computer control enabling real-time disturbance reaction, autopilot
functionality and autonomous underwater vehicle (AUV) experimentation; and
topside augmented reality operations support, simulation for remotely operated
vehicle (ROV) pilot and sonar operator/hydrographer training. Vehicle and
control development using the University of Limerick (UL) virtual underwater
laboratory/simulation tools and hardware-in-the-loop testing is described. The
paper includes test results from the March 2009 offshore sea trials with the
ROVLATIS
History
Publication
International Journal of the Society for Underwater Technology;28 (4), pp. 159-174