Crack size with three maintenance strategies. by Dapeng Wang (250459)

Schematic diagram of the local optimal solution. by Ronghua Meng (20978441)

“…Finite element and fatigue analyses are carried out for the key parameters of the structure, and deformation, fatigue and other data that appear in the actual operation process are obtained. On the basis of stable egg carrying, a carrying motion mathematical model is established, and the genetic algorithm (GA) is chosen to optimize the structural parameters. …”

Optimization of an Oil and Gas Separation Plant for Different Reservoir Fluids Using an Evolutionary Algorithm by Erik R. Olsen (10219987)

“…A process simulation model mimicking a typical plant has been used as a black-box model and optimized with respect to nine design variables using the covariance matrix adaptation evolution strategy (CMA-ES) algorithm. …”

Results of each algorithm. by Guilin Yang (583364)

“…Finally, in order to further verify the algorithm’s applicability in actual production processes, it was applied to solve scheduling problems in three flexible workshop scenarios and an aviation engine job shop scheduling in an enterprise. …”

A HyChem Model of Polyoxymethylene Dimethyl Ether 5 Optimized with a Differential Evolution Algorithm by Guohua Li (550125)

“…By defining optimization objectives as ignition delay times predicted by a reference model, the use of the differential evolution algorithm significantly accelerated the adjustment process of reaction rate parameters during model development. …”

High-level epidermis disease Fig 3. by Zhenjing Xie (18196063)

Low-level epidermis disease Fig 3. by Zhenjing Xie (18196063)

Iteration curves of different algorithms. by Tengfei Ma (597633)

“…Furthermore, a dynamic elite-pooling strategy is introduced, incorporating three distinct fitness factors. The optimal individual’s position is updated by randomly selecting from these factors, enhancing the algorithm’s ability to attain the global optimum and increasing its overall robustness. …”

Flowchart of OP-ZOA algorithm. by Tengfei Ma (597633)

“…Furthermore, a dynamic elite-pooling strategy is introduced, incorporating three distinct fitness factors. The optimal individual’s position is updated by randomly selecting from these factors, enhancing the algorithm’s ability to attain the global optimum and increasing its overall robustness. …”

High-level epidermis disease Latex Fig 3. by Zhenjing Xie (18196063)

Parameter estimation process and performance. by Gennady Gorin (8466255)

Fig 3 - by Dimitrios Gouglas (10131054)

MChOA algorithm flow chart. by Guilin Yang (583364)

“…Finally, in order to further verify the algorithm’s applicability in actual production processes, it was applied to solve scheduling problems in three flexible workshop scenarios and an aviation engine job shop scheduling in an enterprise. …”

Event-driven data flow processing. by Yixian Wen (12201388)

“…Subsequently, we implement an optimal binary tree decision-making algorithm, grounded in dynamic programming, to achieve precise allocation of elastic resources within data streams, significantly bolstering resource utilization. …”

Process of chromosome selection. by Xiaoxuan Wu (4455202)

Data of Fig. 2, Fig. 3.csv by 旭阳 朱 (12675610)

Flow chart of particle swarm algorithm. by Nour Eldeen Mahmoud Khalifa (19259450)

“…The dataset used in this study includes five classes of date fruit images (Barhi, Khalas, Meneifi, Naboot Saif, Sullaj). The process of designing each model can be divided into three phases. …”

Configuration of the CRH3 train used in China. by Dapeng Wang (250459)

Schematic diagram of the experimental algorithm. by Ronghua Meng (20978441)

“…Finite element and fatigue analyses are carried out for the key parameters of the structure, and deformation, fatigue and other data that appear in the actual operation process are obtained. On the basis of stable egg carrying, a carrying motion mathematical model is established, and the genetic algorithm (GA) is chosen to optimize the structural parameters. …”

Comparison of control effects of three methods. by Jintao Meng (9455366)