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  • About
    • The mission
    • Contacts
    • People who are involved
    • External Advisory Board
  • Events
    • HPC4AI – Intelligenza Artificiale e Big Data: opportunità e servizi al Politecnico
    • 6th SmartData@Polito Workshop
    • Computing@PoliTO Workshop
  • Seminars
    • Is Natural Language Processing the Holy Grail of Artificial Intelligence?
    • Uncertainty damping in the macroscopic forecast of vehicular traffic flow
    • Information Exposure for Consumer IoT Devices: A Multidimensional, Network-Informed Measurement Approach
  • Education
    • Courses for PhD students
    • PhD Course: Data Science for Networks
    • Corporate training on Digital Transformation
    • PhD Course: Introduction to Random Matrices – Theory and Practice
  • Research
    • Publications
    • Current PhD
    • Projects
    • Open Datasets & Libraries
    • Topics
  • Open Positions
    • open position – Assistant Professor with time contract (RTD-A)
    • open position – PostDoc researchers
    • Open position – Technologist
    • open position – PhD student
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Home » Publications » An adaptive hp-DG-FE Method for Elliptic Problems. Convergence and Optimality in the 1D Case

An adaptive hp-DG-FE Method for Elliptic Problems. Convergence and Optimality in the 1D Case

Paola Antonietti, Claudio Canuto, Marco Verani (9999) An adaptive hp-DG-FE Method for Elliptic Problems. Convergence and Optimality in the 1D Case, In: Communications on Applied Mathematics and Computation

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