Construction of Industrial Economic Management Decision Model Based on Three Parameter Interval Grey Numbers by Pao-Ching Lin, Tzu-Jung Wu, Jui-Chan Huang

“…This model characterizes the uncertainty of decision information by introducing three parameter interval grey numbers, and innovatively adopts grey relational clustering decision-making method, combined with genetic algorithm to dynamically optimize key parameters. …”
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Precision Analysis of Multi-Parameter Multi-Epoch Emitter Localization Radar in Three-Satellite Formation by Yiming Lian, Yuxuan Wu, Yaowen Chen, Xian Liu, Liming Jiang

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Adaptive filter parameter reconstruction technology for rocket inertial navigation/satellite integrated navigation system by Zhijie Yang, Guoguang Chen, Mingli Niu, Xiaolong Yan, Xiaoli Tian, Guocui Zhang

“…Subsequently, during the rocket alignment process, a real-time reconstruction of filter parameters is implemented to enable adaptive and precise modeling of navigation parameters. …”
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A numerical study on the effect of gate configuration on the hydraulic parameters of dam spillways by Elaheh Motahari Moghadam, Ali Saeidi, Alain Rouleau, Javier Patarroyo

“…While previous research has studied the impact of hydraulic parameters on the erosion of spillways, limited attention has been given to the specific influence of flow parameters in different gate configurations. …”
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Analysis of Dynamic Performance of Magnetic Field Modulated Gear by Liu Meijun, Bao Guangqing, Hou Chenchen, Zuo Zhengpu, Liu Mingmin

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Dynamic dielectrophoresis model of multi-phase ionic fluids. by Ying Yan, Jing Luo, Dan Guo, Shizhu Wen

“…According to the simulation conditions presented herein, the electric force obtained in this work has an error exceeding 70% of the actual value if the false effect of net ionic charge is not accounted for, which would result in significant issues in the design and optimization of experimental parameters. …”
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Validation of System Dynamics Models – a Case Study by Justyna Lemke, Małgorzata Łatuszyńska

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Approximate Model Technology Application in EMUs Dynamics Analysis by YANG Yang, LI Fu, LI Jincheng, HUANG Yunhua

“…Since EMUs has many complicated components and non-linear factors, the speed calculation is the core issue that restrictsvehicle dynamic research. To solve this problem, a new research method based on the approximate model technology was proposed.To verify the feasibility of this method, taking the independent designed high-speed EMUs CRH380A as the research object, the 11suspension parameters of the vehicle were taken as input, and the indexes of stability and stable were taken as response, by sampling in theinputs with optimal Latin hypercube design, the response values of those sample points were calculated through the dynamic model, andaccording to the response values, the three approximate models of the vehicle dynamic were established, including Kriging approximatemodel, response surface model and RBF neural network model, as well as the error of each model was calculated. …”
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4D Scanning - Dynamic View on Body Measurements by Anke Klepser, Simone Morlock

“…Fitting test in movement are an important issue not only in work and sports wear since garment should not restrict the range of motion. …”
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Study on the optimal test parameters for vibration compaction based on the control of physical-mechanical indicators by Zhongrui Chen, Yanxi Xiong, Ronghui Yan, Zhibo Cheng, Taifeng Li, Hongfu Tan

“…Purpose – The indoor vibration compaction test (IVCT) was a key step in controlling the compaction quality for high-speed railway graded aggregate (HRGA), which currently had a research gap on the assessment indicators and compaction parameters. Design/methodology/approach – To address these issues, a novel multi-indicator IVCT method was proposed, including physical indicator dry density (ρd) and mechanical indicators dynamic stiffness (Krb) and bearing capacity coefficient (K20). …”
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Interest groups in Lithuania: dynamics of development and characteristics of institutionalization by Alvidas Lukošaitis

“…Seeking to present historical insight into the literature related to the issue of the interest groups, the way they were defined and the problems that were once attached to them and their activities, their place within society, the author refers to J. …”
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Distribution characteristics and value range of numerical simulation mechanical parameters in coal seam mining by Nan WANG, Yang LI, Gustavo André PANEIRO, Xinghai LEI, Xiaoming SHI, Yihang LI, Yutong CUI, Haotian LIU, Jinlong CAO, Tieji WANG

“…These methods provide crucial research tools for predicting dynamic changes in surrounding rock, stress distribution, and potential issues arising from mining activities. …”
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Design of switch curves geometry by D. S. Ershov

“…The author applied analysis method of dynamic and kinematic parameters of applied switch curves used in turnout switches constructions. …”
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Defining the parameters that determine the visual perception performance and the appearance of occupational health and safety pictograms by Engin Uğur

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A new APSO-SPC method for parameter identification problem with uncertainty caused by random measurement errors by Peng Zhong, Xuanlong Wu, Li Zhu, Aohao Yang

“…A novel approach, which integrates an advanced particle swarm optimization algorithm (APSO) and the stochastic perturbation collocation method (SPC), is proposed to address this issue, called APSO-SPC for short. The APSO algorithm improves the heterogeneous comprehensive learning particle swarm optimization algorithm (HCLPSO) based on the dynamic evolution sequence (DES), improving computational efficiency for each deterministic parameter identification process. …”
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A bayesian approach for parameterizing and predicting plasmid conjugation dynamics by Sirinapa Kumsuwan, Chanon Jaichuen, Chakachon Jatura, Pakpoom Subsoontorn

“…This approach treats model parameters as random variables whose probability distributions are informed by data on plasmid population dynamics. …”
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Research on Non-Random Vibration Analysis of Concrete Pump Truck Boom Based on Dynamic Excitation by Weixin Zhou, Wubin Xu, Bing Li, Yuanbin Xiao, Xianyu Liu, Hanwen Zhang, Bo Xu

“…This study employs the Newmark-β technique for numerical computation to solve the dynamic equations and characterize the displacement response envelope under uncertain system parameter settings. …”
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Dynamic switching of transmission modes hydroacoustic communication MAC protocols by Chun Shi, Zijian Huang, Huiping Li, Yinbin Cai, Cuifeng Du

“…Hydroacoustic communication networks suffer from issues such as long propagation delays and rapid dynamic changes in network load, which prevent the maximization of network performance through the use of a single transmission mode. …”
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Establishment of a Brackish Water Infiltration Model and Infiltration Parameter Correction Model Considering Solute Potential by Yu Liu, Ye Liu, Tingting Huang, Yimei He, Weibo Nie, Yongqiang Wang, Xiaoyi Ma

“…Subsequently, the infiltration curves and water–salt distribution characteristics of four typical soils under varying initial water contents and salt concentrations were simulated to elucidate the mechanism of coupled water–salt movement, thereby expanding the theory of water–salt dynamics. Furthermore, a correction model for infiltration parameters based on the Kostiakov equation was developed, incorporating the soil‐specific surface area, initial volumetric water content, and brackish water–salt concentration. …”
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Huff-n-puff technology and parameter optimization of large displacement water injection in tight oil reservoir by ZHANG Yi, NING Chongru, CHEN Yazhou, JI Yulong, ZHAO Liyang, WANG Aifang, HUANG Jingjing, YU Kaiyi

“…This study explored the range of natural imbibition and the dynamics of water injection and huff and puff across various displacements. …”
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