Convolution kernel of size 5 with arbitrary shape. by Xinwei Wang (352488)

Active Power Error Comparison Between AFWATSMC and ASMC Algorithms under DPSMC algorithm. by Omar Talal Mahmood (22110438)

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Arbitrary Design of DNA-Programmable 3D Crystals through Symmetry Mapping by Jason S. Kahn (2744830)

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Plot of the predicted power spectral density of fluorescence for an arbitrary fluorophore. by Nicholas H. Vitale (20469289)

Comparison of Sliding Surface Behavior for AFWATSMC and ASMC Algorithms. by Omar Talal Mahmood (22110438)

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Comparison of control signal response () for AFWATSMC and ASMC algorithms. by Omar Talal Mahmood (22110438)

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Power Factor Performance Comparison Between AFWATSMC and ASMC Algorithms. by Omar Talal Mahmood (22110438)

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Supplementary file 1_Optimizing quantum convolutional neural network architectures for arbitrary data dimension.pdf by Changwon Lee (20812727)

“…., the number of features) of the input data that can be processed, restricting the applicability of QCNN algorithms to real-world data. To address this issue, we propose a QCNN architecture capable of handling arbitrary input data dimensions while optimizing the allocation of quantum resources such as ancillary qubits and quantum gates. …”

AC output current waveform comparison between AFWATSMC and ASMC algorithms. by Omar Talal Mahmood (22110438)

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Comparison of DC output voltage error signal for AFWATSMC and ASMC algorithms. by Omar Talal Mahmood (22110438)

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Convergence of the state under different parameter and initial condition variations using the FWAT algorithm. by Omar Talal Mahmood (22110438)

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DataSheet1_Improving the convergence of an iterative algorithm for solving arbitrary linear equation systems using classical or quantum binary optimization.pdf by Erick R. Castro (11243697)

Output AC voltage waveform of phase A under both AFWATSMC and ASMC control algorithms. by Omar Talal Mahmood (22110438)

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Efficient Sampling From the Watson Distribution in Arbitrary Dimensions by Lukas Sablica (19933752)

“…<p>In this article, we present two efficient methods for sampling from the Watson distribution in arbitrary dimensions. The first method adapts the rejection sampling algorithm from <i>Kent, Ganeiber, and Mardia</i>, originally designed for Bingham distributions, using angular central Gaussian envelopes. …”

Summary of key parameters used in the CSCAP algorithm. by Manxing Shi (22367181)

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Trajectories of Δ(<i>σ</i>) for arbitrary fractal orders when and different fractional orders when . by Nausheen Razi (20529049)

Trajectories of Θ(<i>σ</i>) for arbitrary fractal orders when and different fractional orders when . by Nausheen Razi (20529049)

Trajectories of ℵ(<i>σ</i>) for arbitrary fractal orders when and different fractional orders when . by Nausheen Razi (20529049)

Flowchart of the proposed Adaptive Free-Will Arbitrary Time Sliding Mode Controller (AFWATSMC) used in the voltage loop of the rectifier controller. by Omar Talal Mahmood (22110438)

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EFGs: A Complete and Accurate Implementation of Ertl’s Functional Group Detection Algorithm in RDKit by Gonzalo Colmenarejo (650249)

“…In medicinal chemistry, they are the basis for analyzing ligand–biomacromolecule interactions. Ertl’s algorithm is an approach to extract functional groups in arbitrary organic molecules that does not depend on predefined libraries of functional groups. …”