CORRECTION OPTIMIZATION ON DAMAGE CONSTITUTIVE MODEL BASED ON D-P CRITERION by ZHAO Pan, WU KaiSong, WU Bo, XI QinYang

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Optimization of Urban-Scale Sustainable Energy Strategies to Improve Citizens’ Health by Mohammad Anvar Adibhesami, Hirou Karimi, Ayyoob Sharifi, Borhan Sepehri, Hassan Bazazzadeh, Umberto Berardi

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Development of Optimization System of Two-stage Cylindrical Gear Standard Reducer by Wang Yong, Jiang Jing, Guo Gang, Pan Junyuan, Huang Taohong, Shi Wenjie

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Blast Parameter Optimization Study Based on a Blast Crater Experiment by Xi-liang Zhang, Hai-bao Yi, Hong-hao Ma, Zhao-wu Shen

“…This method provides an effective method for optimization of the blasting parameters and has important guiding significance for efficient and economical mining.…”
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Nonlinear Transmission Optimization Design of the Mechanical Aircraft Engine Control System by Luo Yunhe, Zeng Xiaojie, Zhao Zheng

“…The mechanism design parameters are divided into optimization decision parameters and transmission control parameters by analyzing the principle of five-bar mechanism design parameters, the mechanism solving method and optimization design method are built to directly solve the mechanism design parameters and make the transmission characteristic fulfill the constraint condition precisely. …”
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An improved particle swarm optimization for multilevel thresholding medical image segmentation. by Jiaqi Ma, Jianmin Hu

“…Replacing the original costly exhaustive search approach, swarm intelligent optimization algorithms are recently used to determine the optimal thresholds for medical image, and medical images tend to have higher bit depth. …”
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Optimized Deep Belief Network for Efficient Fault Detection in Induction Motor by Pradeep Katta, K. Karunanithi, S. P. Raja, S. Ramesh, S. Vinoth John Prakash, Deepthi Joseph

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Optimization of dark chocolate formulation with roasted coriander cake as cocoa substitute by Javad Cheragheshahi, Ali Mohamadi Sani, Elham Mahdian, Sharareh Mohseni, Zahra Nazari

“…According to the results, the fitted models illustrated a desirable coefficient of determination (≥90 %).The optimization of the variables indicated that using RCC 6.08 g, Sugar 14.68 g, and Cocoa 12.23 g produced the optimized RCC chocolate with the highest desirability while maintaining the quality characteristics without undesirable changes. …”
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“The World Economy of Coronavirus”: Search for Optimal Ways to Overcome the Consequences of the Crisis by E. N. Smirnov

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Multiobjective Optimization Design of Time-Modulated Concentric Circular Ring Arrays by Weilong Liang, Zhao Wu, Li Zhang

“…Different from the single-objective optimization, which optimizes a weighted sum of the peak sidelobe level (PSLL) and the peak sideband level (PSBL) of the array, the multiobjective algorithm treats the PSLL and the PSBL as two distinct objectives that are to be optimized simultaneously. …”
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Optimization and Experimental Study of an Intelligent Bamboo-Splitting Machine Charging Manipulator by Tian-Hu Liu, Yong-Lu Wen, Gui-Qi Li, Xiang-Ning Nie

“…The size of the manipulator was optimized here using a genetic algorithm. The capture rate, centering rate, and dynamic characteristics of an intelligent bamboo-splitting machine charging manipulator, in which key factors were considered, were experimentally studied. …”
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The Influence of PK/PD on the Structure of Optimal Controls in Cancer Chemotherapy Models by Urszula Ledzewicz, Heinz Schättler

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RESEARCH ON COLLISION SIMULATION AND OPTIMIZATION OF CAB STRUCTURE OF A COMMERCIAL VEHICLE by LIN ChangBo, LI DongHai, DENG JuCai, XU EnYong, HE ShuiLong

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Coverage scheduling algorithm of mobile sensor nodes for optimizing network lifetime by Haibo YANG, Yourong CHEN, Banteng LIU, Yunkai ZHU, Ziyi SU

“…In order to solve the coverage blind problem caused by deployment and failure of heterogeneous static sensor nodes,a coverage scheduling algorithm of mobile sensor nodes for optimizing network lifetime (CSA) was proposed.CSA considerd heterogeneous perceived radius of static sensor nodes and calculates the location of mobile sensor nodes based on the information of neighbor static sensor nodes.According to the location reported by static sensor nodes,coverage scheduling model was established.Heuristic solution method was proposed,to solve the scheduling model,and optimal location of mobile sensor nodes was obtained.The simulation results show that CSA can improve regional coverage and the number of survival static sensor nodes,improve network lifetime and reduce energy consumption of average static sensor nodes.Under certain conditions,CSA is better than Mno,MNode and MGrid algorithms.…”
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Discrete-Time Zhang Neural Networks for Time-Varying Nonlinear Optimization by Min Sun, Maoying Tian, Yiju Wang

“…Furthermore, for the step-size of the second DTZNN model, its tight upper bound and the optimal step-size are also discussed. Finally, some numerical results and comparisons are provided and analyzed to substantiate the efficacy of the proposed DTZNN models.…”
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Applying Data Clustering Feature to Speed Up Ant Colony Optimization by Chao-Yang Pang, Ben-Qiong Hu, Jie Zhang, Wei Hu, Zheng-Chao Shan

“…Ant colony optimization (ACO) is often used to solve optimization problems, such as traveling salesman problem (TSP). …”
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Improved Vlasov Antenna with Curved Cuts and Optimized Reflector Position and Shape by H. M. El Misilmani, M. Al-Husseini, K. Y. Kabalan

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Overlay multicast strategy based on utility optimization for wireless mesh networks by ZHU Cui-tao1, YANG Zong-kai1, CHENG Wen-qing1, WU Di1, YAN He 1

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Optimal Stochastic Control Problem for General Linear Dynamical Systems in Neuroscience by Yan Chen, Yingchun Deng, Shengjie Yue, Chao Deng

“…This paper considers a d-dimensional stochastic optimization problem in neuroscience. Suppose the arm’s movement trajectory is modeled by high-order linear stochastic differential dynamic system in d-dimensional space, the optimal trajectory, velocity, and variance are explicitly obtained by using stochastic control method, which allows us to analytically establish exact relationships between various quantities. …”
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Lightweight Design of Formula Racing Sprocket based on Topology Optimization Method by Jixiong Li, Jianliang Tan, Guojie Mai

“…Abstract In order to obtain lightweight formula racing sprocket， the topological optimization method is introduced into the design of sprocket structure， the mathematical model of lightweight optimization design is constructed， and the geometric model of initial sprocket design is optimized by reducing the weight three times， and the sprocket with 49.59% mass reduction is obtained. …”
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