The GUI was focused to be used by non-expert users, so it includes built-in image processing and algorithms, which assist the user to specify the mission. Thus, most of the parameters will be defined automatically when possible. Initially, it was developed only for the survey mission (the specification of the navigation data) and the intervention mission (the specification of the object recovery). Once the mission parameters has been defined, the GUI generates an XML file with all the information, which can be used to simulate the mission or to start the mission in the robot.
This PhD thesis explore the use of different input devices, which allows a non-expert user to control the robot using the Natural User Interface approach and choose the most suitable input device depending on the task or moment of the mission. Thus, instead of controlling the robot using a joystick, a well-known device used in real environments, we propose the use of a hand tracker.
Regarding the use of and paying attention to multiple displays, we explored the principle that virtual reality-related immersive systems, which can be used to induce the telepresence feeling in remote operation of underwater robots and that this can be used to improve the performance task execution. To this end, a system was developed with the objective of virtually placing the operator aboard of the remote robot and let him/her do the driving tasks from there.
We introduce a new approach to control a HROV, enabling smooth transitions between the operational mode. This approach merges the benefits of both, autonomous and teleoperated systems, while eliminating some of the main disadvantages of each of them. When using this approach, the user may specify the task to be carried out autonomously by the robot and stay playing the role of supervisor of the mission. Nevertheless, the user will be able to teleoperate the robot if and when he/she decides it is necessary, or in case the system detects a problem and asks for his/her intervention. Once the user finishes the teleoperation, the robot becomes again autonomous, without the need to perform any special reconfiguration. Download Sublime Text
B.S. in Computer Science and a master in "Intelligent Systems" from the Universitat Jaume I, Castellón (Spain).
Languages: Spanish (native), English (B2 level) and German (A2 level).
From October 2005 to March 2006, I studied at Univesity of Leipzig with an Erasmus grant.
From June to September 2014, I did a research stay at Institute of Systems and Robotics (University of Coimbra).
Researcher in the Interactive and Robotic Systems Lab since 2009, although I also worked in the Robotic Intelligence Lab (2006-2009) as a member of the technical staff and as a researcher.
I have supervised several degree thesis to undergraduate students and have taught practical lessons for undergraduates in different subjects, such as “Robotics” or “Design and implementation of information systems”.
The PhD defense will take place during October 2017.