Comparison of CNOT and CZ gate fidelity and noise characteristics. Dahkki Danish ul Khairi (19660534)

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Table comprehensive performance comparison of classical, quantum, and hybrid models across datasets. Dahkki Danish ul Khairi (19660534)

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Test accuracy (%) of NNQEv1 and NNQEv2 with different optimizers across 1 to 5 layers on the apple dataset. Dahkki Danish ul Khairi (19660534)

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Sample images of FruitQ dataset. Dahkki Danish ul Khairi (19660534)

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Quantum circuit diagrams for different layers and entangling gates: (a) Layer 1 with NNQEv2 entangler. Dahkki Danish ul Khairi (19660534)

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(a) CNOT Encoded Features (b) CZ Encoded Features. Dahkki Danish ul Khairi (19660534)

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CNOT encoded features and CZ encoded features. Dahkki Danish ul Khairi (19660534)

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Transpiled CZ quantum gate circuit showing the more efficient decomposition into 3 native gates with a circuit depth of 6. Dahkki Danish ul Khairi (19660534)

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Frequency of equity-related eligibility criteria examined in pivotal trials, overall and by drug/approval type. Dahkki Kathy Sliwinski (21601002)

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Coded eligibility criteria potentially related to equity examined in pivotal trials. Dahkki Kathy Sliwinski (21601002)

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Comparison of parameter estimation between the proposed SIR model and the SIR ATMM using RABC. Dahkki Thien-Minh Le (22075988)

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

Fáttát: “…solid mathematical justification…”

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

Fáttát: “…solid mathematical justification…”

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

Fáttát: “…solid mathematical justification…”

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)

Fáttát: “…solid mathematical justification…”

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)

Fáttát: “…solid mathematical justification…”

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

Fáttát: “…solid mathematical justification…”

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

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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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