Data and code used in this article. by Yazhen Zhu (3595430)

Present an algorithm to prove P = NP by Sang-un Lee (22242148)

“…NP problem, a long-standing challenge in computer science, we present a novel deterministic algorithm that solves the Hamiltonian path problem, a representative NP-complete problem, in polynomial time. …”

Initialization Algorithm. by Ruizhi Yuan (16864629)

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Results on solving TSS using (1 + 1)-WEA_v3 with different values of <i>Q.</i> by Alexander Andreev (16822333)

Multi-sensor fusion process and algorithm workflow. by Hongliang Zou (20707270)

The flowchart for model solving process. by Tianhe Sun (21145341)

“…In this paper, the column and constraint generation algorithm and strong duality theory are used to decompose the original problem into the linearized master problem and subproblem, which can improve the solving speed. …”

IOU values of four algorithms. by Hong Li (20183)

Efficiency of imputation algorithms. by Yongqi Bu (20477564)

Multi-convs. by Rong Zhu (172093)

“…First, we designed Spatio-Temporal Feature Extraction Module (STFEM), which is composed of Convolutional Neural Network (CNN), Squeeze-and-Excitation Network (SENet), Residual Network (ResNet) and Convolutional LSTM Network (ConvLSTM) to solve the above two problems mentioned. In addition, we design multi-attention modules (MAM) to model the closeness, period and trend of traffic flow data to solve the third problem mentioned above. …”

Federated Harmony Algorithm. by Ruizhi Yuan (16864629)

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Algorithm testing. by Ziad M. Ali (12516532)

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Compare NC versus the number of routers using WOA algorithm with different methods. by Le Huu Binh (18340233)

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Compare NC versus the number of routers using MVO algorithm with different methods. by Le Huu Binh (18340233)

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Compare NC versus the number of clients using WOA algorithm with different methods. by Le Huu Binh (18340233)

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Compare NC versus the number of clients using MVO algorithm with different methods. by Le Huu Binh (18340233)

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Results achieved from using baseline and enhanced planning algorithms. by Tianhe Sun (21145341)

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Deep reinforcement learning agents trained using a curriculum solve navigation tasks with delayed rewards. by William L. Tong (22238845)

Solving electric vehicle routing problem with heterogeneous drone and stochastic no-fly zones using enhanced adaptive large neighborhood search algorithm by Anonymous Authors (for blind review purpose) (20729908)

“…<p dir="ltr">This is the experimental data of the manuscript entitled "Solving electric vehicle routing problem with heterogeneous drone and stochastic no-fly zones using enhanced adaptive large neighborhood search algorithm".…”

Solving electric vehicle routing problem with heterogeneous drone and stochastic no-fly zones using enhanced adaptive large neighborhood search algorithm by Anonymous Authors (for blind review purpose) (20729908)

“…<p dir="ltr">This is the experimental data of the manuscript entitled "Solving electric vehicle routing problem with heterogeneous drone and stochastic no-fly zones using enhanced adaptive large neighborhood search algorithm".…”

Solving electric vehicle routing problem with heterogeneous drone and stochastic no-fly zones using enhanced adaptive large neighborhood search algorithm by Anonymous Authors (for blind review purpose) (20729908)

“…<p dir="ltr">This is the experimental data of the manuscript entitled "Solving electric vehicle routing problem with heterogeneous drone and stochastic no-fly zones using enhanced adaptive large neighborhood search algorithm".…”