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innovative research program that leverages and expands the Unit's research portfolio and EMBL’s integrative framework. We welcome bold, high-risk, and unconventional proposals that embrace cutting-edge and
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Automated Generation of Digital Twins of Fractured Tibial Plateaus for Personalized Surgical plannin
to the high costs associated with dependency and disability. Surgical management of these fractures is complex, often due to their comminuted nature, intra-articular involvement, and proximity to critical
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various disciplines: computer scientists, mathematicians, biologists, chemists, engineers, physicists and clinicians from more than 50 countries currently work at the LCSB. We excel because we are truly
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for computational efficiency, ensuring scalability to large-scale datasets, and their performance will be analyzed. The project will explore applications in smart city monitoring, an area where the team has
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to perceive their environment because this sensor can produce precise depth measurement at a high density. LiDARs measurements are generally sparse, mainly geometric and lacks semantic information. Therefore
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objective function (eg, approximation error). A key question is to devise an algorithm that organizes the operators into a sequence, such that the best operators (low cost and high benefits) are performed
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with high dimensionality: Computational difficulties linked to the high dimensionality of the underlying tensor approach have been tackled in [GOU20] by undersampling the measured AF ECG signals