Flowchart of the solving process. by Ze Ye (4734660)

CBR problem-solving process. by Dongling Ma (1269888)

Overlapping sampling process. by Chao Zeng (452370)

“…This study effectively solves the problem of small sample sizes for circular saw blade wear data, and provides an efficient and accurate method for circular saw blade wear identification under complex working conditions, which has important practical significance for improving the safety and efficiency of spent fuel assembly cutting.…”

Pareto frontier solution solving process. by Yuhang Wang (332111)

Solving procedure for the solution of a cavity expansion process. by Baojian Li (2407705)

Kinetic Models in Anaerobic Digestion Process: Solving Methods, Applications, and Potential Integration with Machine Learning by Xuan Guo (1791202)

Subjects:

The types, sources, and processing methods of the data used in this study. by Xiaodan Li (132227)

Solving flow chart of the IBBPSO algorithm. by Kuiyuan Pan (21145338)

Subjects:

The comparison of these thickening methods. by Xiaoben Chen (21485314)

“…However, there are currently no reports on using additive manufacturing technology to optimize pipeline ellipticity and improve pipe end strength and stiffness. This article solves the problem of weak weld strength at the connection end of oil pipelines and proposes for the first time the method of using arc additive manufacturing technology to thicken and reinforce the pipe end. …”

Solving Bayesian Inverse Problems Using Gaussian Process Regression with Goal-Oriented Active Learning by Paul Lartaud (22271571)

Confusion Matrix of LSTM. by Chao Zeng (452370)

“…This study effectively solves the problem of small sample sizes for circular saw blade wear data, and provides an efficient and accurate method for circular saw blade wear identification under complex working conditions, which has important practical significance for improving the safety and efficiency of spent fuel assembly cutting.…”

Convolutional Neural Network. by Chao Zeng (452370)

“…This study effectively solves the problem of small sample sizes for circular saw blade wear data, and provides an efficient and accurate method for circular saw blade wear identification under complex working conditions, which has important practical significance for improving the safety and efficiency of spent fuel assembly cutting.…”

LSTM Network Structure. by Chao Zeng (452370)

“…This study effectively solves the problem of small sample sizes for circular saw blade wear data, and provides an efficient and accurate method for circular saw blade wear identification under complex working conditions, which has important practical significance for improving the safety and efficiency of spent fuel assembly cutting.…”

Generative Adversarial Network. by Chao Zeng (452370)

“…This study effectively solves the problem of small sample sizes for circular saw blade wear data, and provides an efficient and accurate method for circular saw blade wear identification under complex working conditions, which has important practical significance for improving the safety and efficiency of spent fuel assembly cutting.…”

Sawtooth mesh distortion. by Chao Zeng (452370)

“…This study effectively solves the problem of small sample sizes for circular saw blade wear data, and provides an efficient and accurate method for circular saw blade wear identification under complex working conditions, which has important practical significance for improving the safety and efficiency of spent fuel assembly cutting.…”

Performance Comparison of Models. by Chao Zeng (452370)

“…This study effectively solves the problem of small sample sizes for circular saw blade wear data, and provides an efficient and accurate method for circular saw blade wear identification under complex working conditions, which has important practical significance for improving the safety and efficiency of spent fuel assembly cutting.…”

Confusion Matrix of RBFNN. by Chao Zeng (452370)

“…This study effectively solves the problem of small sample sizes for circular saw blade wear data, and provides an efficient and accurate method for circular saw blade wear identification under complex working conditions, which has important practical significance for improving the safety and efficiency of spent fuel assembly cutting.…”

PCC-optimized GAN model. by Chao Zeng (452370)

“…This study effectively solves the problem of small sample sizes for circular saw blade wear data, and provides an efficient and accurate method for circular saw blade wear identification under complex working conditions, which has important practical significance for improving the safety and efficiency of spent fuel assembly cutting.…”

J-C damage model parameters. by Chao Zeng (452370)

“…This study effectively solves the problem of small sample sizes for circular saw blade wear data, and provides an efficient and accurate method for circular saw blade wear identification under complex working conditions, which has important practical significance for improving the safety and efficiency of spent fuel assembly cutting.…”

Measurement of saw blade wear value. by Chao Zeng (452370)

“…This study effectively solves the problem of small sample sizes for circular saw blade wear data, and provides an efficient and accurate method for circular saw blade wear identification under complex working conditions, which has important practical significance for improving the safety and efficiency of spent fuel assembly cutting.…”