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  4. 43964

    Computationally Efficient Optimization of Formation Flying Trajectories, with Solar Radiation Pressure, near Lagrange Points by Hettrick, Hailee E.

    Published 2024
    “…Since the restricted three-body problem has no closed-form solutions, schedulers focused on high-level mission trajectory designs must iteratively numerically solve the equations of motion for the telescope and starshade, which can quickly become computationally inefficient. …”
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    Thesis
  5. 43965

    Advances in Computer-Assisted Design and Analysis of First-Order Optimization Methods and Related Problems by Das Gupta, Shuvomoy

    Published 2024
    “…These methods have become the main workhorses for modern large-scale optimization and machine learning due to their low iteration costs, minimal memory requirements, and dimension-independent convergence guarantees. …”
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    Thesis
  6. 43966
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  17. 43977

    MCODE, Version 2.2: An MCNP-ORIGEN DEpletion Program by Xu, Z., Hejzlar, Pavel

    Published 2012
    “…The default depletion option is constant power depletion. Meanwhile, an iterative robust flux depletion scheme is available. …”
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    Technical Report
  18. 43978
  19. 43979

    Smart three-dimensional machine vision by Huang, Chongtian

    Published 2019
    “…With learning methods, the sample's shape can be reconstructed by computer without intensive iteration. Finally, an aluminum sample inspection results are shown to prove the performances of the proposed system scheme. …”
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    Thesis
  20. 43980

    Graph analysis techniques and applications to bitcoin forensics by Phetsouvanh, Silivanxay

    Published 2019
    “…Based on the latter variant of (Markov) entropic centrality model, we next design a 2-stage clustering algorithm, which in the first stage is informed by the entropic centrality to detect local communities based on random walks, and then performs a bottom-up iterative aggregation. We furthermore explore graph clustering by using an entropic distance based approach as an alternative to distribution of flow based approach as described above. …”
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    Thesis