A key challenge in autonomous mobile manipulation is the ability to determine in real-time how to safely execute complex tasks when placed in an unknown world. In response to those arising needs in the underwater domain, this thesis focused on investigating the use of Motion Planning to increase the autonomy of I-AUVs. we initially present a modeling and integration of our I-AUV through MoveIt! framework, in the presence of virtual obstacles. Then, we performed a deep analysis of the state of the art motion planning techniques. Later, we identified planner specifications for underwater intervention: Real-Time response for a high DOF system, Consistency, Efficient trajectories in terms of safety, and system loose coupling. As a con...
The rapid technological development of computing power and system operations today allows for increa...
In this thesis, we propose a new motion planning method to robustly and computationally efficiently ...
Efficient trajectory planning algorithms are a crucial issue for modern autonomous underwater vehicl...
We present an approach to endow an autonomous underwater vehicle (AUV) with the capabilities to move...
Underwater robots are subject to complex hydrodynamic forces. These forces define how the vehicle mo...
This paper presents the modelling and the control architecture of an Autonomous Underwater Vehicle f...
© 2019 IEEE. This paper presents a unified motion planning approach for an Intervention Autonomous U...
The most common applications of autonomous underwater vehicles (AUVs) include imaging and inspectin...
The holy grail of robotics is producing robotic systems capable of efficiently executing all the tas...
We present a framework for planning collision-free and safe paths online for autonomous underwater v...
This paper deals with motion planning for a mul-tifunctional underwater robot which can accomplish v...
One approach to designing an optimal real-time collision-free trajectory for autonomous underwater v...
Autonomous underwater manipulation with free floating base is still an open topic of research; ...
One approach to designing an optimal real-time collision-free trajectory for autonomous underwater v...
Degree Awarded: Ph.D. Electrical Engineering and Computer Science. The Catholic University of Americ...
The rapid technological development of computing power and system operations today allows for increa...
In this thesis, we propose a new motion planning method to robustly and computationally efficiently ...
Efficient trajectory planning algorithms are a crucial issue for modern autonomous underwater vehicl...
We present an approach to endow an autonomous underwater vehicle (AUV) with the capabilities to move...
Underwater robots are subject to complex hydrodynamic forces. These forces define how the vehicle mo...
This paper presents the modelling and the control architecture of an Autonomous Underwater Vehicle f...
© 2019 IEEE. This paper presents a unified motion planning approach for an Intervention Autonomous U...
The most common applications of autonomous underwater vehicles (AUVs) include imaging and inspectin...
The holy grail of robotics is producing robotic systems capable of efficiently executing all the tas...
We present a framework for planning collision-free and safe paths online for autonomous underwater v...
This paper deals with motion planning for a mul-tifunctional underwater robot which can accomplish v...
One approach to designing an optimal real-time collision-free trajectory for autonomous underwater v...
Autonomous underwater manipulation with free floating base is still an open topic of research; ...
One approach to designing an optimal real-time collision-free trajectory for autonomous underwater v...
Degree Awarded: Ph.D. Electrical Engineering and Computer Science. The Catholic University of Americ...
The rapid technological development of computing power and system operations today allows for increa...
In this thesis, we propose a new motion planning method to robustly and computationally efficiently ...
Efficient trajectory planning algorithms are a crucial issue for modern autonomous underwater vehicl...