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SI3D
1995
ACM
13 years 8 months ago
Underwater Vehicle Control from a Virtual Environment Interface
This paper describes a collaborative research e ort initiated by Monterey Bay Aquarium Research Institute MBARI, Stanford Aerospace Robotics Laboratory ARL, and NASA Ames Rese...
Stephen D. Fleischer, Stephen M. Rock, Michael J. ...
3DIM
1999
IEEE
13 years 9 months ago
Virtual Environment Modeling by Integrated Optical and Acoustic Sensing
In this paper, the problem of underwater scene understanding from multisensory data is addressed. Acoustic and optical devices onboard an underwater vehicle are used to sense the ...
Andrea Fusiello, Riccardo Giannitrapani, V. Isaia,...
ISER
2000
Springer
111views Robotics» more  ISER 2000»
13 years 8 months ago
An Underwater Vehicle Monitoring System and Its Sensors
: This paper describes a virtual collaborative world simulator, DVECS (Distributed Virtual Environment Collaborative Simulator), for underwater robots and its underwater vehicle, S...
Song K. Choi, O. T. Easterday
IROS
2008
IEEE
136views Robotics» more  IROS 2008»
13 years 11 months ago
Enabling autonomous capabilities in underwater robotics
— Underwater operations present unique challenges and opportunities for robotic applications. These can be attributed in part to limited sensing capabilities, and to locomotion b...
Junaed Sattar, Gregory Dudek, Olivia Chiu, Ioannis...
CDC
2010
IEEE
154views Control Systems» more  CDC 2010»
12 years 12 months ago
A lower bound for controlled Lagrangian particle tracking error
Abstract-- Autonomous underwater vehicles are flexible mobile platforms for ocean sampling and surveillance missions. However, navigation of these vehicles in unstructured, highly ...
Klementyna Szwaykowska, Fumin Zhang