Bar chart for forward multi-step forecast. by Hairong Zheng (291979)

“…Finally, Transformer, which has stronger capability of large-scale data parallel processing, is selected as the prediction model to achieve a more scientific and effective carbon price prediction. …”

Error analysis of proposed model. by Hairong Zheng (291979)

“…Finally, Transformer, which has stronger capability of large-scale data parallel processing, is selected as the prediction model to achieve a more scientific and effective carbon price prediction. …”

Radar map for forward multi-step forecast. by Hairong Zheng (291979)

“…Finally, Transformer, which has stronger capability of large-scale data parallel processing, is selected as the prediction model to achieve a more scientific and effective carbon price prediction. …”

Descriptive statistics of EUA prices. by Hairong Zheng (291979)

“…Finally, Transformer, which has stronger capability of large-scale data parallel processing, is selected as the prediction model to achieve a more scientific and effective carbon price prediction. …”

Abbreviations of professional terms. by Hairong Zheng (291979)

“…Finally, Transformer, which has stronger capability of large-scale data parallel processing, is selected as the prediction model to achieve a more scientific and effective carbon price prediction. …”

Transformer model. by Hairong Zheng (291979)

“…Finally, Transformer, which has stronger capability of large-scale data parallel processing, is selected as the prediction model to achieve a more scientific and effective carbon price prediction. …”

Radar map for forward multi-step forecast. by Hairong Zheng (291979)

“…Finally, Transformer, which has stronger capability of large-scale data parallel processing, is selected as the prediction model to achieve a more scientific and effective carbon price prediction. …”

Bar chart for forward multi-step forecast. by Hairong Zheng (291979)

“…Finally, Transformer, which has stronger capability of large-scale data parallel processing, is selected as the prediction model to achieve a more scientific and effective carbon price prediction. …”

The precision of the SW-Metapath2vec and the benchmark algorithms on the Last.fm network. by Lang Chai (20521817)

Subjects:

Knowledge Graph validation using SHACL Shapes by Ángel Iglesias Préstamo (19745767)

Comparison of the performance of ML algorithms in predicting maize yield using 5-fold CV. by Oumnia Ennaji (20442244)

Algorithm of active TB case finding in intervention group. by Xiaolin Wei (287892)

Workflow of the CAECENET algorithm. by Celia Herrero del Barrio (20479635)

Subjects:

Computational efficiency benchmarking of imputation algorithms. by Siyi Huang (8562174)

Computational efficiency benchmarking of imputation algorithms. by Siyi Huang (8562174)

Two subroutines of the iLV Algorithm jointly improve parameter estimation. by Yue Huang (285485)

Average running times of seven different algorithms. by Chaobing Zheng (20896579)

Subjects:

SSIM and PSNR of different algorithms for Rain1400. by Chaobing Zheng (20896579)

Subjects:

The algorithm of the applied models. by Elif Tuçe Bal (21367965)

“…The fact that the first model and the simplified model are close in terms of prediction performance shows that the simplified model can be used in prediction. (iv) In order to show that the simplified model can produce reliable results when the data set is expanded, 2023 data was added and price predictions were made again with ML algorithms. …”

Efficiency of imputation algorithms. by Yongqi Bu (20477564)