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experts, and translate them into efficient and maintainable code. This requires knowledge in (or the ability to learn) macroeconomics, a good foundation in (optimization) algorithms, and the ability
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, such as data storage, budgets, expenses, assets, and ethics approvals. Key Responsibilities: Design and implement research, including statistical models and algorithms to extract insights from data Develop
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advanced statistical methods to mine and analyze complex and unstructured data sets. Offers complex analysis and utilizes advanced algorithms and statistical software. Adheres to all protocols. Essential
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substantial working experience in relevant fields. Demonstrated ability to program in C/C++, Python and/or MATLAB to a high standard, experience with state estimation and factor-graph algorithms and working
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 2 months ago
algorithms for the analysis of high-resolution histology images. You will contribute to the development of novel computer vision algorithms that aim to solve specific translational or scientific questions in a
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working in the exciting and dynamic fields of deep learning and medical imaging. The main focus will be to develop novel deep learning algorithms to analyze medical imaging data (e.g., ophthalmology
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, Databases, etc.), Machine Learning, Theoretical Computer Science (Discrete Mathematics, Algorithms, etc.). Experience with EdTech tools, such as Ed Discussion, Gradescope, GitHub Classroom, Canvas, etc
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of identified cell types and computational modeling. Thus we expect these circuit-level reconstructions to inform specific biological experiments, enabling dramatic leaps in our understanding of brain function
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public Deliver analytic presentations (dashboards, reports, portal interfaces) of provider, product, program, and service specific data to internal staff, clinicians, UMHS leaders, relevant committees, and
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templates inspired by Binder to support packaging, testing, and deployment of visualizations and algorithms in research and/or clinical environments. 15% Collaborates with researchers & students to plan