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Projects (BCP)'s premises in Stockport. Company Information: To find out more about Business Computer Projects (BCP) go to https://www.bcpsoftware.com/about-us/ Qualifications we require: Hold, or be about
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anything else requested in the fellowship description. Further Info: http://www.fields.utoronto.ca/activities/26-27/quantum-algorithms-QADE 222 College Street 2nd floor Toronto, Ontario Canada M5T 3J1
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proficiency in programming languages (e.g., Python, C/C++), knowledge of control algorithms and/or existing architectures (e.g., ArduSub, ROS2) for autonomous navigation, and the ability to develop innovative
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algorithms Perform data analysis, test and debug software Develop, implement and execute plans and tests Design and apply basic data sources and security practices Employ source code control techniques Assist
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Computer science laboratory of Le Mans Université (LIUM) | Laval, Pays de la Loire | France | 8 days ago
of behavioral and eye-tracking data in VR, Integration between algorithmic adaptation and human expertise, Modeling of visual processing profiles. The objective is to design a device that allows for
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scenarios through the creation of novel benchmarks and datasets. The deployment of these algorithms on emb Where to apply Website https://aunicalogin.polimi.it/aunicalogin/getservizio.xml?id_servizio=1079
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applications of quantum networks along several possible lines: development of new quantum algorithms targeting various platforms, including qubit based and optical systems adaptation and generalisation of known
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algorithms as well as deep learning workflows on GPU servers (use of Git, Docker, and PyTorch) Design, implementation, and evaluation of spatial proteomics and multiplex analyses for characterizing the tumor
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algorithms for an autonomous surgical robot, as well as the implementation of control algorithms for interaction with deformable environments in a surgical context. The generated trajectory must be generalized
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proficiency in programming languages (e.g., Python, C/C++), knowledge of control algorithms and/or existing architectures (e.g., ArduSub, ROS2) for autonomous navigation, and the ability to develop innovative