Projects
GRASSMAP
This project aims to demonstrate in situ capabilities for current state of the art platforms to enable remote awareness by removing common bottlenecks such as post-processing and classification of recorded underwater imagery. The methodology will be applied for the...
CONBOSER
This interdisciplinary project incorporates advanced technology (robotics and artificial intelligence) to assess the biodiversity, conservation status, and the role of marine reserves in upholding and enhancing biodiversity and ecosystem services in three crucial...
SIMBAAD
The SRV group has participated in the SIMBAAD project funded by the Dirección General de Armamento y Material within the “Coincidente” programme of the Spanish Ministry of Defence. The project has been carried out in collaboration with the Universitat Jaume I (UJI),...
FT4TSNgrid
This work is supported in part by the Spanish Agencia Estatal de Investigación (AEI) and in part by FEDER funding through grant PID2021-124348OB-I00 (AEI/FEDER, UE). Climate emergency has forced governements to define urgent R&D&I actuation plans towards a...
PLOME: Platform for Long-lasting Observation of Marine Ecosystems
PLOME (plomeproject.es) is a multidisciplinary project leaded by the CIRS (Underwater Vision and Robotics Research Center) of the UdG (University of Girona) and it proposes a spatially adaptive, non-invasive, modular platform of independent and wirelessly connected...
PROJECT COOPERAMOS – SUBPROJECT VI-SMART
COOPERAMOS is a coordinated project whose consortium includes 3 Spanish Universities: University Jaume I of Castellón (UJI), University of Girona (UdG) and the University of the Balearic Islands (UIB). The coordinator is Prof. Pedro Sanz from the University Jaume I....
DETECPOS
Posidonia oceanica (Po) is an endemic plant of the Mediterranean that offers a wide variety of ecosystem services to Balearic society, contributing to coastal protection, water quality, fisheries, etc. Unfortunately, due to its coastal location, it suffers numerous...
SINAPSIS
The main objective of this project is to provide a training program in Artificial Intelligence, specifically in Deep Learning, in the three official languages of the Mediterranean Pyrenees Euroregion (EPM), in an open format accessible through various digital...
TRASMAR: Evaluating the impact of fishing with “Trasmallo” in benthic habitats to innovate migigation actions collaborating with the spanish fishing sector.
The underwater robotics team of the System, robotics and Vision Group participates in the TRASMAR project with the SPARUS II robot. TRASMAR is a project of the PLEAMAR Program, in association with the Fundación Biodiversidad, the European Union and the Maritime and...
INVHALI: A new Invasive Algae in the Mediterranean: invasiveness, detection and eradication of Tropical Algae Halimeda incrassata
Invasive species represent a big threat for the conservation of the local ecosystems and for the global biodiversity. In fact, they are the second cause of loss of biodiversity in the world. The invasive species can also cause important economic damages and loss if...
TWINBOT: TWIN ROBOTS FOR COOPERATIVE UNDERWATER INTERVENTION MISSIONS
While commercially available Autonomous Underwater Vehicles (AUVs) are routinely used in survey missions, a new set of applications exist which clearly demand intervention capabilities. The maintenance of permanent underwater observatories, submerged oil wells, cabled...
In Situ Bio-Chemometrics
We will demonstrate the use of in situ sensor measurements for adaptive planning of underwater robotic surveys. The technical framework developed will allow for rapid visualisation and machine assisted interpretation of seafloor imagery together with chemical and...
eHealth Eurocampus
The Euroregion Pyrenees-Mediterranean leads the European ICT project for health eHealth Eurocampus, which aims to prepare professionals able to innovate in the field of information and communication technologies at the service of health. This three-year project, from...
IDAV
The main goal of the IDAV project (Desarrollo y test de estrategias de inspección y documentación visual automatizada de grandes estructuras mediante un vehículo aéreo autónomo) is to develop a prototype of an aerial platform for inspection and visual documentation of...
eUReady4OS
Project website Project reference: ECHO/SUB/2016/740129/PREP/21 Coordinator: Dr. Javier Gilabert, Universidad Politècnica de Cartagena Budget: 774.739 € Duration: 01/01/17 – 31/12/18 UIB Project Coordinator: Dr. Gabriel Oliver Objectives Expand the already existing...
MOCAP
The main goal of the MOCAP project (Sistema de seguimiento de micro-vehículos aéreos para evaluación de prestaciones en aplicaciones de inspección) is to set up a motion capture system to characterize and validate the Micro-Aerial Vehicles (MAV) prototyped by the SRV...
DFT4FTT
This work is supported in part by the Spanish Agencia Estatal de Investigación (AEI) and in part by FEDER funding through grant TEC2015-70313-R (AEI/FEDER, UE). Adaptive embedded systems should be able to automatically adjust their internal strategies in response to...
Formación superior en nuevas tecnologías marinas
Formación superior en nuevas tecnologías marinas (PEJ-2014-A-50441). Ayuda para la formación de personal técnico especializado en tecnologías para el sector náutico y naval. Programa de ayudas para la Promoción de Empleo Joven e Implantación de la Garantía...
CLARS
This project is aimed at acquiring and setting-up an acoustic modem-USBL to be part of the navigation equipment for TURBOT, an AUV made from a SPAURS-II unit. The SPARUS-II is an AUV designed and built by the University of Girona to which we have added a vision...
ARSEA
Thanks to recent technological advances, remote and complex underwater scenarios are more accessible for scientific and industrial activities, such as surveying, sampling, rescue or industrial infrastructure inspection and maintenance. Commercial ROVs are endowed with...
SUPERION (MERBOTS)
SUPERION is the UIB subproject of MERBOTS project. The other subprojects are ARCHROV, leaded by the University of Girona and MERMANIP, conducted by the University Jaume I, the coordinator of the project. MERBOTS is the natural evolution of RAUVI and TRITON projects....
INCASS
The INCASS consortium aims to bring an innovative solution to the integration of monitoring, inspection, data gathering (including real-time information), risk analysis and management and Decision Support for ship structures, machinery and equipment in an efficient...
FT4FTT
This work is supported in part by the Spanish Science and Innovation Ministry with grant DPI2011-22992, and in part by FEDER funding. Embedded systems are an ubiquitous technology of strategic importance in modern economics. They play a central role in sectors such...
TRITON
Global Objectives The TRITON project proposes two scenarios as a proof of concept to demonstrate the developed capabilities: (1) the search and recovery of an object of interest (e.g. a black box) and (2) the intervention of an underwater panel in a permanent...
TRIDENT
A new methodology for multipurpose underwater intervention tasks with diverse potential applications like underwater archaeology, oceanography and offshore industries. Trident develops new forms of cooperation between an Autonomous Surface Craft and an Intervention...
MINOAS
Improving marine vessel inspection by introducing autonomous inspection technologies and by automizing the overall inspection process. The increasing competitiveness in marine operations creates a need for new system concepts that introduce high technology value added...
CANbids
This work is supported in part by the Spanish Science and Innovation Ministry with grant DPI2008-02195, and in part by FEDER funding. The Controller Area Network (CAN) protocol is a fieldbus communication protocol that was first devised for in-vehicle control...
VISUAL
VISUAL is a subproject of RAUVI, a Spanish national project that develops and improves the necessary technologies for autonomously performing an intervention mission in underwater environments. The approach can be summarized in two different steps: (1) survey and (2)...
Reactive Qualitative Visual Navigation
Robotic visual navigation in general indoor and outdoor environments with obstacle avoidance and a special emphasis in reactive control architectures. Ultrasonic and Laser sensors have been traditionally used for obstacle avoidance and navigation in structured and...
AIRSUB
Visual Inspection of underwater installations such as power cables, oil and gas pipes, sewers,etc. by means of an autonomous Undewater Vehicle. Nowadays, the surveillance and inspection of underwater installations, such as power and telecommunication cables and...
(Re)CANcentrate
Despite CAN has been used for several years in a wide range of applications due to its good dependability properties and its deterministic access delay, it is necessary to further improve CAN networks in order to make them suitable for systems that demand new features...
RCMBnet
Design, formal verification and implementation of a hardware support for the consistent execution of fault-tolerant software that follows the N-Version Programming approach. Software is a major source of reliability degradation in dependable systems. One of the...
Ultrasonic Navigation and Obstacle Avoidance
By means of the application of the Traversability and Tenacity principles, T2 strategies solve the well-known local minima problem of potential-field-based control methods. On the basis of these two principles, a new family of geometric algorithms for sensor- based...
OCS-CAN
Ultrasonic Localization and Mapping
ATHRAIA (Advanced Three-layer Hybrid Robot Architecture for Intelligent Autonomy ) is a hybrid three-layer SLAM oriented robot control architecture organized in the three standard layers (Planning, Coordination and Behavior) and one World Modeller. It is able to guide...
Task Allocation Methods for Multi-Robot Systems
Design of new methods of task allocation for multi-robot systems. It is well known that multi-robot systems can provide some advantages over single robots: robustness, flexibility and efficiency among others. To benefit from these potential aspects the robots must...
Physics-Based Vision Algorithms
IS2R segments an image by (partially) reconstructing the shape of the scene. As a result, at the end of the process the segmentation and a description of the scene shape are available. Unfortunately, the image formation model is limited by the shape reconstruction...
RAO II
Development of an autonomous underwater robot for inspection and maintenance of underwater installations such as power cables, oil and gas pipelines, sewers, etc. This work addresses the development of an Underwater Autonomous Vehicle (AUV) taking as a basis the hull...
RAO
This vehicle has been conceived to be a testing bench for the development of hardware and software related with underwater robotics. Two basic principles have guided its design and development process: low-cost and modularity. The vehicle is mainly constructed with...