16 algorithm-development-"Multiple"-"Simons-Foundation"-"Prof"-"SUNY" positions at Universidade de Vigo in Spain
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. Specifically, its activities will be developed in the following areas: - Design and creation of technical content and audiovisual material about IA algorithm, machine learning techniques and IoT. - Support to
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of electronic systems. Simulation and design of power electronic converters. Programming of control algorithms for electronic converters. Hardware design of electronic control and power circuits
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Framework Programme? Not funded by a EU programme Reference Number 161389 Is the Job related to staff position within a Research Infrastructure? No Offer Description * Software development project management
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&D projects: lead and supervise the organization, control of activities and team in charge. * Collaborate with internal areas and external customers to specify and develop smart devices and electronic
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tasks will include, among others: - Development and implementation of quantum key distribution systems based on discrete variables. - Implementation of quantum hacking attacks against the system's
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technologies within the framework of 5G/6G networks. Development of new technologies in the context of 5G/6G networks. Development, configuration, validation, and testing of 5G/6G networks. Development
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technologies within the framework of 5G/6G networks. Development of new technologies in the context of 5G/6G networks. Development, configuration, validation, and testing of 5G/6G networks. Development
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, Data characterization and analysis, Development of dashboard systems, Development of artificial intelligence models and user interfaces necessary for the system along with their training and adaptation
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. Specifically, their activity will be developed in the following fields: - Hybridisation of QKD y PQC for OpenRAN scenarios - Design and implementation of communication software and APIs following ETSI standards
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Description Development of novel, simple and fast methodologies for elemental and high-precision isotopic analysis of (micro)samples using inductively coupled plasma mas spectrometry. Where to apply Website