Test data for Map 2. by Qingling Zhang (758713)

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Test data for Map 4. by Qingling Zhang (758713)

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Test data for Map 5. by Qingling Zhang (758713)

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Description of traditional RRT path (red color) and post processed RRT path (green color) (a) and path shortening technique (b). by Hung Nguyen (792999)

Algorithm comparison. by Manxian Yang (20521600)

“…In the context of multi-machine scheduling, the BNSGA-III algorithm outperforms the NSGA-II, NSGA-III, and MOEA/D algorithms, achieving improvements in total travel distance (12.3% to 34.4%), path balance (60.9% to 66.2%), and workload distribution (78.7% to 92.9%). …”

Description of traditional RRT path (green color) and path shortening technique (red color). by Hung Nguyen (792999)

Description of traditional RRT path (red color) and post processed RRT path (green color). by Hung Nguyen (792999)

Regime evolution path. by Linxi Wang (3068649)

Impact of multiunit merging on neural information encoding. by Daniel Suárez-Barrera (22676654)

Convergence curve of the DBO algorithm. by Ma Haohao (22177538)

“…The improved Dung Beetle Optimization algorithm, Back Propagation Neural Network, Finite Element Analysis, and Response Surface Methodology provide a strong guarantee for the selection of robot polishing process parameters. …”

Element model generation method with geometric distribution errors by Yiqi Liu (21357815)

“…The product surface geometric distribution error is directly attached to the element nodes of the product ideal element model using the error surface reconstruction method and the replacement algorithm of the element node vector height based on the product’s point cloud data. …”

Analysis of path length metrics. by Kimberly A. Ingraham (20454993)

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NSGA-III algorithm flow chart. by Manxian Yang (20521600)

“…In the context of multi-machine scheduling, the BNSGA-III algorithm outperforms the NSGA-II, NSGA-III, and MOEA/D algorithms, achieving improvements in total travel distance (12.3% to 34.4%), path balance (60.9% to 66.2%), and workload distribution (78.7% to 92.9%). …”

Different plane moving paths. by Yanlin Zhao (251552)

Moving path on the same plane. by Yanlin Zhao (251552)

(HSCRC) encoding scheme. by R. Sakthivel (2589547)

“…<div><p>Loss-less data compression becomes the need of the hour for effective data compression and computation in VLSI test vector generation and testing in addition to hardware AI/ML computations. …”

Reverse engineering information flow using stimulus-encoding and stimulus-transfer estimation algorithms. by Gabriel Matías Lorenz (21094672)

Minimal data set definition. by Hui Yang (91136)

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Meta-paths of the “Author-Paper-Venue” network. by Lang Chai (20521817)

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Beluga Whale Optimization algorithm flow chart. by Manxian Yang (20521600)

“…In the context of multi-machine scheduling, the BNSGA-III algorithm outperforms the NSGA-II, NSGA-III, and MOEA/D algorithms, achieving improvements in total travel distance (12.3% to 34.4%), path balance (60.9% to 66.2%), and workload distribution (78.7% to 92.9%). …”