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Area: Optical communications Group: Optical Quantum Communications – Av Work Objectives: Participate in the design and implementation of a software layer for polarization compensation and basis selection
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, based on object-oriented programming and with integration and interoperability capabilities with Leapfrog software. The aim is to develop a functional code capable of representing and manipulating
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courses of Higher Education Institutions. Preference factors: - Experience in software development based on JavaScript (ReactJS, NodeJS) and Java; - Experience with using, integrating, and developing APIs
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assessed according to the following weights and criteria: - Criterion 1: Absolute merit of the curriculum vitae: Overall evaluation of academic, software development, research and technical background
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; lip-sync and audio-visual synchronization; evaluation of factuality, citability, WER, MOS and latency; software engineering, version control, containerisation or development pipelines; technical
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, Transformers, Python, PyTorch and/or TensorFlow, multimodal fusion); Active and semi-supervised learning; Software engineering for R&D (Git, reproducible environments, large-scale data pipelines). Exclusive
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and progressive streaming; performance and visual-quality evaluation (P50/P95, LPIPS/SSIM, thermal stability and audio-visual drift); software engineering, version control, containerisation
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the field of architecture or related fields; Proficiency in computer-aided design, graphics and video software, as well as data processing and word processing software, amongst others; Advanced knowledge
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building optical imaging systems; Experience developing acquisition/control software; Proficiency with optomechanical components; Programming experience in Python or C++. Non-compliance justifies exclusion
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multimodal modelling; large language models and linguistic contextualization; and systems integration and software engineering for R&D (microservices, gRPC/Protobuf, Git, and integration of AI modules