Sort by
Refine Your Search
-
Category
-
Field
-
mobile robots; Explore the use of RADAR and EMI technologies to support weeding, pruning, and selective harvesting operations; Integrate sensors and components compatible with cost, energy consumption
-
for scientific exploration and monitoring. Underwater positioning and navigation for deep-water robotic systems. ; Sensor fusion for deep-water robotics, including integration of INS, DVL, USBL/LBL
-
validation of the solutions being created. Activities will include the selection and integration of sensors and data acquisition systems, the implementation of algorithms for data compression and analysis, and
-
platform and the components necessary for the execution of the proposed tasks will be carried out, including sensors, cameras, communication interfaces, and control modules:; • configuration
-
). 5. Develop sensor fusion and navigation (e.g., IMU, vision, GNSS/DVL/encoders), with fault robustness 3. BRIEF PRESENTATION OF THE WORK PROGRAMME AND TRAINING: 1. Multi-platform reference architecture
-
integrates the analysis of failure modes and structural degradation in wind turbine blades, the use of monitoring data from optical sensors, SCADA systems, and inspection reports, as well as the development
-
, including electrocardiograms and other wearable sensors, for subsequent application of machine learning and deep learning methods and classification of health and wellness parameters. Data acquisition, as
-
sensors, for subsequent application of machine learning and deep learning methods and classification of health and wellness parameters. Data acquisition, as well as the preparation of presentations
-
, sensors, IoT, agricultural robotics, or field data analysis; Ability to work interdisciplinarily with teams in engineering, robotics, information technology, and agronomy. FORMALISATION OF THE APPLICATIONS
-
of the sensor infrastructure itself using reverse estimation techniques.; The fellow will collaborate with the Robotics and Autonomous Systems Center team on the development, integration, and validation