Time(s) and GFLOPs savings of single-agent tasks. by Hongjie Zhang (136127)

Time(ms) and KFLOPs savings of multi-agents tasks. by Hongjie Zhang (136127)

The method for determining the chemical constituents of unknown materials in the algorithm. by Dong Hyeok Choi (12562048)

Run times of two algorithms. by Gourab Saha (8987405)

“…The experimental results demonstrated that fuzzy logic has faster calibration rate of 66.23% and helps to save around 61% water in comparison to average logic algorithm. …”

Flowchart of PRGA algorithm. by Yicheng Liu (2179626)

“…A case study of a bidirectional disruption during the 08:00–10:00 on the section of Xi’an Metro Line 2 demonstrates that: (1) The proposed model exhibits stronger robustness under demand uncertainty, achieving a reduction of 3 dispatched vehicles and a cost saving of 9,439 RMB by moderately increasing passenger costs by 850 RMB and extending bridging time; (2) The RPGA algorithm outperforms Non-dominated Sorting Genetic Algorithm II (NSGA-II), Reinforcement Learning-based NSGA-II (RLNSGA-II), and Multi-objective Particle Swarm Optimization Algorithm (MOPSO) in hypervolume (HV), generational distance (GD), and non-dominated ratio (NDR); (3) Increasing the rated passenger capacity within a certain range can reduce average passenger delays but correspondingly raises transportation costs. …”

Calculation algorithm implementing the proposed model. by Landry Djopkop Kouanang (17131748)

Calculation algorithm implementing the proposed model. by Landry Djopkop Kouanang (17131748)

Optimization results of MBB multi-material structure under different methods. (a) A level-set method for multi-material topology optimization [33]. (b) An alternating active-phase... by Zhao Li (300229)

Scatter diagram of different principal elements. by Jizhong Wang (7441697)

Response time evaluation diagram of multi-objective scheduling algorithm in fuzzy production environment (Conbined Accuracy %). by Heshuai Shen (21696119)

Response time evaluation diagram of multi-objective scheduling algorithm in fuzzy production environment (Baseline Accuracy %). by Heshuai Shen (21696119)

Trend of algorithm performance metrics: (a)HV; (b)IGD; (c)NDR; (d)TIME. by Yicheng Liu (2179626)

Main code. by Jingguo Bi (21439766)

Algorithm Flow Chart. by Weilin Wu (13736)

Subjects:

Pseudocode of the WACO algorithm. by Chattriya Jariyavajee (12822281)

“…Additionally, the algorithm yields an average cost saving of USD 3.95 per ton, or 52.18% of the baseline.…”

Feature point extraction effect of Harris feature extraction algorithm and its improved algorithm. by Hua Song (113155)

Algorithm testing environment settings. by Hua Song (113155)

“…Moreover, through the 3D modeling interaction design model designed by the study, the designer can construct the accurate 3D modeling based on the real thing faster, which greatly saves time, improves efficiency, and pushes forward the development of 3D modeling design technology.…”

Delay time probability. by Yihan Liu (2258221)

“…How to reduce the high maintenance cost and shorten the time-consuming long maintenance is a pressing issue for the operation management. …”

Adaptive media filtering algorithm flowchart. by Hua Song (113155)

“…Moreover, through the 3D modeling interaction design model designed by the study, the designer can construct the accurate 3D modeling based on the real thing faster, which greatly saves time, improves efficiency, and pushes forward the development of 3D modeling design technology.…”

PSNR values for different denoising algorithms. by Hua Song (113155)

“…Moreover, through the 3D modeling interaction design model designed by the study, the designer can construct the accurate 3D modeling based on the real thing faster, which greatly saves time, improves efficiency, and pushes forward the development of 3D modeling design technology.…”