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Čájehuvvojit 41 - 60 oktiibuot 5 171 bohtosis ohcui ((((justification OR justification) OR verification) OR modification) OR notification)', ohcanáigi: 0,09s Aiddostahte ozu
  1. 41
    Graph representation of all possible , where <i>A</i><sup> + </sup> is constrained to be an optimal solution for the example in Fig 1.

    Graph representation of all possible , where <i>A</i><sup> + </sup> is constrained to be an optimal solution for the example in Fig 1. Dahkki Jordan Moutet (21800145)

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  2. 42
    An instance of the IPP that can be solved by applying the algorithms for the DPP.

    An instance of the IPP that can be solved by applying the algorithms for the DPP. Dahkki Jordan Moutet (21800145)

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  3. 43
    A depiction of the labeled gaps constructed by the bottom-up phase on the input shown in Fig 1.

    A depiction of the labeled gaps constructed by the bottom-up phase on the input shown in Fig 1. Dahkki Jordan Moutet (21800145)

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  4. 44
    Depiction of how the label of is assigned as a function of whether are identical (row =), nested (rows ), or partially overlapping (row “else”), and as a function of the labels of (<i>u</i> columns) and of (<i>v</i> columns).

    Depiction of how the label of is assigned as a function of whether are identical (row =), nested (rows ), or partially overlapping (row “else”), and as a function of the labels of... Dahkki Jordan Moutet (21800145)

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  5. 45
    A sequence of intermediate solutions produced by the top-down phase on the input of Fig 1, leading to an optimal solution (step 5).

    A sequence of intermediate solutions produced by the top-down phase on the input of Fig 1, leading to an optimal solution (step 5). Dahkki Jordan Moutet (21800145)

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  6. 46
    Comparing transmission rates of two networks with three infected nodes (1,2,3): (a) partially connected network with the total transmission rate of 2.1, and (b) fully connected network with the total transmission rate of 1.5.

    Comparing transmission rates of two networks with three infected nodes (1,2,3): (a) partially connected network with the total transmission rate of 2.1, and (b) fully connected net... Dahkki Thien-Minh Le (22075988)

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  7. 47
    Example input of the DPP: a phylogenetic tree T and an alignment A for L(T).

    Example input of the DPP: a phylogenetic tree T and an alignment A for L(T). Dahkki Jordan Moutet (21800145)

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  8. 48
    Comparison of the mass-action and the naive method.

    Comparison of the mass-action and the naive method. Dahkki Thien-Minh Le (22075988)

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  9. 49
    Three different spreading processes: (a) the SI spreading process, (b) the SIR spreading process, and (c) the SITAD spreading process.

    Three different spreading processes: (a) the SI spreading process, (b) the SIR spreading process, and (c) the SITAD spreading process. Dahkki Thien-Minh Le (22075988)

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  10. 50
    (Right:) A candidate solution <i>A</i><sup> + </sup> for the example in Fig 1.

    (Right:) A candidate solution <i>A</i><sup> + </sup> for the example in Fig 1. Dahkki Jordan Moutet (21800145)

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  11. 51
    Experiment on the two OrthoMaM amino acid alignments datasets. For each dataset, we show the total number of sites with gaps (across 15,868 alignments), and the percentages of these sites that are entirely, partially, or not solvable by reduction to the DPP.

    Experiment on the two OrthoMaM amino acid alignments datasets. For each dataset, we show the total number of sites with gaps (across 15,868 alignments), and the percentages of thes... Dahkki Jordan Moutet (21800145)

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  12. 52
    An optimal solution <i>A</i><sup> + </sup> for the example in Fig 1, found following the steps detailed in Fig 4.

    An optimal solution <i>A</i><sup> + </sup> for the example in Fig 1, found following the steps detailed in Fig 4. Dahkki Jordan Moutet (21800145)

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  13. 53
    The connection in transmission rate between network model and mass-action model.

    The connection in transmission rate between network model and mass-action model. Dahkki Thien-Minh Le (22075988)

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  14. 54
    Graph representation of all possible , where <i>A</i><sup> + </sup> is constrained to be an optimal solution for the example in Fig 1.

    Graph representation of all possible , where <i>A</i><sup> + </sup> is constrained to be an optimal solution for the example in Fig 1. Dahkki Jordan Moutet (21800145)

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  15. 55
    Comparison of the 95% confidence band for the mass-action model and the ATMM.

    Comparison of the 95% confidence band for the mass-action model and the ATMM. Dahkki Thien-Minh Le (22075988)

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  16. 56
    An instance of the DPP that provides a solution of the first half of the IPP problem in Fig 8.

    An instance of the DPP that provides a solution of the first half of the IPP problem in Fig 8. Dahkki Jordan Moutet (21800145)

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  17. 57
    Comparison of the SI process of the proposed network spreading rule (Proposed) on fully connected graphs, the conventional network spreading rule (Conventional), and the mass-action model (Mass-action) with the transmission parameter = 0.12 with 100 nodes (top left) and 1000 nodes (top right), and = 0.7 on fully connected graphs with 100 nodes (bottom left) and 1000 nodes (bottom right).

    Comparison of the SI process of the proposed network spreading rule (Proposed) on fully connected graphs, the conventional network spreading rule (Conventional), and the mass-actio... Dahkki Thien-Minh Le (22075988)

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  18. 58
    Approximation of different approaches for the SI, SIR, and SITAD spreading processes on the BA network (left) and modified ER network with a single connected component (right).

    Approximation of different approaches for the SI, SIR, and SITAD spreading processes on the BA network (left) and modified ER network with a single connected component (right). Dahkki Thien-Minh Le (22075988)

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  19. 59
    Left and right-side shoulder kinematics for model verification for: A) the static verification task, and B) the dynamic verification task.

    Left and right-side shoulder kinematics for model verification for: A) the static verification task, and B) the dynamic verification task. Dahkki Zoe M. Moore (22331721)

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  20. 60
    Measurement model verification.

    Measurement model verification. Dahkki Yuxin Yang (694142)

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