Sort by
Refine Your Search
-
Category
-
Field
-
Calibration — Characterize underwater optical effects and adapt or develop sensing configurations, including illumination, detection, optical interfaces, housings and acquisition electronics.; • Multimodal and
-
and Generative Artificial Intelligence models, prioritizing solutions with a reduced computational footprint; - Development of the system interfaces, execution of usability testing, and preparation
-
benefit from health insurance, supported by INESC TEC. 2. OBJECTIVES: 1. Define a generalist and parameterizable architecture with common capability profiles and interfaces for various types of systems (AUV
-
on an open question: Do scaffolding mechanisms at the interface measurably alter analysts’ reasoning (epistemic strength of conclusions, cross-checking, calibration), or do they merely affect usability
-
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
-
-support strategies, including dashboards and intuitive interfaces, with the aim of facilitating the interpretation of information by operators, maintenance managers, and decision-makers.; In particular
-
environments. ; Human-robot interaction and operational interfaces for scientific teams during offshore missions. ; FAIR data practices, cruise data curation, digital repositories and long-term management