Implementation results of SKINNY-Hash algorithm with 128-bit block size. by Sonal Arvind Barge (20454967)

Subjects:

PSO and GA hyperparameters. by Yegor Bugayenko (15194643)

“…These subsets gave us low values of Sammon error at more than 70% at class and method levels on a validation dataset.</p></div>…”

Experiment results of solar power generation forecasting using LSTM based on PSO. by Rizk M. Rizk-Allah (18625751)

Results of the PSNR measure for all algorithms. by Jiaqi Ma (773451)

“…According to the segmentation experimental results, thresholds optimized by CIWP-PSO could achieve higher Kapur entropy, and the multi-level thresholding segmentation algorithm based on CIWP-PSO outperforms the similar algorithms in high-bit depth image segmentation. …”

Results of the FSIM measure for all algorithms. by Jiaqi Ma (773451)

“…According to the segmentation experimental results, thresholds optimized by CIWP-PSO could achieve higher Kapur entropy, and the multi-level thresholding segmentation algorithm based on CIWP-PSO outperforms the similar algorithms in high-bit depth image segmentation. …”

Results of the SSIM measure for all algorithms. by Jiaqi Ma (773451)

“…According to the segmentation experimental results, thresholds optimized by CIWP-PSO could achieve higher Kapur entropy, and the multi-level thresholding segmentation algorithm based on CIWP-PSO outperforms the similar algorithms in high-bit depth image segmentation. …”

Hash function construct used in SKINNY-tk3-hash. by Sonal Arvind Barge (20454967)

Subjects:

Sanitized databases using MLHProtector algorithm. by Loan T. T. Nguyen (20660789)

“…To address this issue, this work suggests two PPUM algorithms, namely <b>MLHProtector</b> and <b>FMLHProtector</b>, to operate at all abstraction levels in a transaction database to protect them from data mining algorithms. …”

Clinical use algorithm. by Chibuike K. Uwakwe (22655742)

Partial dependence plots using models were DVT is predicted by D-dimer and either C3bc, terminal complement complex (TCC) or C-reactive protein (CRP). by Vårin Eiriksdatter Wikan (22379134)

Subjects:

New tourism destination environmental description of P-median, MLM, and PSO. by Qi Li (67548)

Comparison of best solutions in aesthetic quality comparison experiments. by Jia Yu (220212)

Comparison of best solutions in path efficiency comparison experiments. by Jia Yu (220212)

Algorithm factor level change curve. by Kuiyuan Pan (21145338)

The GA iteration result. by Jiaqing Huang (5018492)

“…Results show that GA-FNN achieves an average classification accuracy of approximately 90% across high, medium, and low risk levels, outperforming traditional methods such as logistic regression, SVM (Support Vector Machine), and other metaheuristics like PSO (Particle Swarm Optimization) and SA (Simulated Algorithm). …”

GA crossover and mutation process. by Jiaqing Huang (5018492)

“…Results show that GA-FNN achieves an average classification accuracy of approximately 90% across high, medium, and low risk levels, outperforming traditional methods such as logistic regression, SVM (Support Vector Machine), and other metaheuristics like PSO (Particle Swarm Optimization) and SA (Simulated Algorithm). …”

The framework for the proposed model and GA-FNN. by Jiaqing Huang (5018492)

“…Results show that GA-FNN achieves an average classification accuracy of approximately 90% across high, medium, and low risk levels, outperforming traditional methods such as logistic regression, SVM (Support Vector Machine), and other metaheuristics like PSO (Particle Swarm Optimization) and SA (Simulated Algorithm). …”

The structure for the FNN. by Jiaqing Huang (5018492)

“…Results show that GA-FNN achieves an average classification accuracy of approximately 90% across high, medium, and low risk levels, outperforming traditional methods such as logistic regression, SVM (Support Vector Machine), and other metaheuristics like PSO (Particle Swarm Optimization) and SA (Simulated Algorithm). …”

Algorithm for optimizing the model using transformer. by Weiling Liu (1465480)

Comparison of best solutions in space utilization efficiency comparison experiments. by Jia Yu (220212)