Title :
SeaMaster: an ROV-manipulator system simulator
Author :
Agba, Emmanuel I.
Author_Institution :
Mississippi State Univ., MS, USA
fDate :
1/1/1995 12:00:00 AM
Abstract :
In the absence of fully autonomous robots, manipulators operated by a person at a distance are used to carry out tasks in remote and/or hostile environments. SeaMaster software upgrades the human-machine interface of telemanipulators by letting operators control the actual and simulated manipulators either separately or simultaneously. It includes a data-driven control mode. In contrast to direct teleoperation, where the operator directly controls the telemanipulator and uses only video displays for feedback, the computer offers a means of automatically generating joint commands and uncoupling undesired motions of the ROV. The paper describes how the SeaMaster project achieved these goals through computer simulation. The simulator was designed to study the complex motions of an underwater remotely operated vehicle-manipulator system
Keywords :
digital simulation; manipulators; marine systems; naval engineering computing; telerobotics; user interfaces; ROV-manipulator system simulator; SeaMaster; automatically generating joint commands; computer simulation; data-driven control mode; fully autonomous robots; hostile environments; human-machine interface; manipulators; remote environments; remotely operated vehicle-manipulator system; simulated manipulators; telemanipulators; underwater ROV-manipulator system; video displays; Automatic control; Automatic generation control; Computational modeling; Computer displays; Feedback; Man machine systems; Manipulators; Motion control; Remotely operated vehicles; Robots;
Journal_Title :
Computer Graphics and Applications, IEEE