Exploring optimal analgesic strategies for chronic limb-threatening ischaemia: a systematic review protocol by Patrice Forget, Caitlin Sara MacLeod, John Nagy, Thanapon Ekkunagul, Jeevan Francis

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Polymer Filament Process Parameter Optimization with Mechanical Test and Morphology Analysis by Raja Subramani, S. Kaliappan, S. Sekar, Pravin P. Patil, R. Usha, Narapareddi Manasa, E. S. Esakkiraj

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A Decomposition-Based Harmony Search Algorithm for Multimodal Multiobjective Optimization by Wei Xu, Weifeng Gao, Qianlong Dang

“…Multimodal multiobjective optimization problem (MMOP) is a special kind of multiobjective optimization problem (MOP) with multimodal characteristics, where multiple different Pareto optimal sets (PSs) map to the same Pareto optimal front (PF). …”
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Research and Application of Denitrification Optimal Control Based on Multi-Variable Generalized Predictive Control Algorithms by Xiaodong ZHANG, Pengfei WANG, Le LIU

“…Regarding this problem, a multi-variable model of denitrification system is constructed by recursive least square method, and then an optimal control strategy for denitrification system is established based on multi-variable generalized predictive control. …”
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Topology Optimization of Passive Constrained Layer Damping with Partial Coverage on Plate by Weiguang Zheng, Yingfeng Lei, Shande Li, Qibai Huang

“…Then, the method of moving asymptote (MMA) is employed as an optimizer to search the optimal topologies of PCLD patch on plates. …”
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Computerized and distance learning systems (the case of medical diagnostics) by B. A. Kobrinsky

“…Particular emphasis is on the use of case studies that combine linguistic and multimedia components and on intellectual technologies to implement the learning process, individually controlled at different stages. The considered methods of knowledge engineering in the construction of intelligent systems form the skills of individual and teamwork. …”
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Pure Fractional Optimal Control of Partial Differential Equations: Nonlinear, Delay and Two-Dimensional PDEs by Iman Malmir

“…Novel methods for solving the optimal control problems of different and new types of the fractional partial differential equations (PDEs) as: nonlinear PDEs, delay PDEs, and two-dimensional PDEs, are introduced in this paper. …”
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A Planning Model for Optimal Sizing of Integrated Power and Gas Systems Capturing Frequency Security by Yi Wang, Goran Strbac

“…Additionally, a deep learning-based clustering method featured by concurrent and integrated learning is introduced in the planning model to effectively generate representative days. …”
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The Optimization of Stand Structure Can Significantly Alleviate the Flammability of Forest Ecosystems by Yan Zhang, Xiangwen Deng, Xiaoyong He, Xiaolong Zhang, Zhihong Huang, Liang Chen, Shuai Ouyang, Wenhua Xiang

“…The principal component analysis (PCA), entropy weight method, k‐means clustering algorithm, and Pearson correlation coefficient method were employed for the classification of forest fuels and the evaluation of forest flammability. …”
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Structure Analysis and Optimization of DGMC-16 Rail Grinding Wagon Frame by Deng Ting, Zhu Shichang, Huang Zhihui, Zhang Linghong

“…Taking the frame of DGMC-16 rail grinding wagon as studying object, the finite element method was adopted to calculate the longitudinal loads, judge the weak locations of frame for local optimization, and calculate the strength under different operation condition and modal characteristics of the vertical static-load for the optimized frame. …”
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A frequency domain-based loop shaping procedure for the parameter estimation of the fractional-order tilt integral derivative controller by Biresh Kumar Dakua, Bibhuti Bhusan Pati

“…The robustness of the FOTID controller optimized by the proposed method is tested against variations of the system parameters. …”
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MULTI-OBJECTIVE OPTIMIZATION DESIGN OF ROADHEADER’S CUTTING HEAD BASED ON THE GA by ZHAO LiJuan, FAN JiaYi

“…In order to improve the dynamic reliability of the roadheader,the roadheader’s rigid-flexible coupled model was established based on virtual prototyp,dynamic reliability analysis was done on the rotary table of different structural parameters,evaluation function was established based on mechanical optimization design theory,the function’s design variables was half cone angle,helix Angle and cutting line spacing, the function’s objective function was the minimization of maximum equivalent stress as the objective function.The cutting head’s optimal structural parameters was obtained by genetic algorithm.Based on the cutting productivity and rotary table equivalent stress, the optimal yawing speed was obtained by optimized multi-objective.The results shows that after two optimizations,rotary table maximum stress is decreased 18.495 MPa,the fatigue life is improved from 3.067 E4 to 3.326 E6,productivity is improved 18.6 t/h,prediction error is less than 1.3%,meet the design requirement.This method provides data support for the structure and kinematic parameters of cutting head,provides a new method for the optimization design of heavy complicated mechanical equipment.…”
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Research on Heat Dissipation Effect of Radiator Structure of Disc Brake for High-speed Train by Xin WANG, Guoquan WANG, Yong CHEN

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Modeling and Optimization of Multiple Unmanned Aerial Vehicles System Architecture Alternatives by Dongliang Qin, Zhifei Li, Feng Yang, Weiping Wang, Lei He

“…The availability and effectiveness of overall method is validated using 2 simulations based on 2 different scenarios.…”
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Optimization study of mine fire sensor based on grey correlation analysis. by Xiaokun Zhao, Minghao Ni, Wencai Wang, Jianing Wang, Hongwei Wang

“…The aim was to investigate the characteristics of fire gases, temperature, and wind speed. To optimize the number and location of fire sensors in mines, the mathematical method of grey correlation analysis was proposed. …”
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Public Administration Transformation Based on Research in Social Neurosciences in the Context of Sustainable Development. (Part 1) by N. M. Slanevskaya

“…The advantage of the neuroscientific method of social neurosciences is that it provides an empirical test of theoretical propositions; is human-oriented, as it studies the neurobiological response of a person in different areas of social life; shows the true attitude of a person to the situation before his conscious control; demonstrates how the social structure affects the brain, the neuropsychic state of a person, behavior and health in general. …”
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Optimization of Fuel Injection Control System of Two-Stroke Aeroengine of UAV by Yixuan Wang, Yan Shi, Maolin Cai, Weiqing Xu, Jian Zhang, Wei Zhong, Na Wang

“…Firstly, the one-dimensional thermodynamic model is built according to the internal structure and thermodynamic process of the engine; then, the model parameters are corrected according to the operating principle of the injector; after experimental verification of the model, considering both the engine power sufficiency and fuel economy, Analytic Hierarchy Process method is applied to look for the optimal injection amount and fuel injection advance angle at different engine working speeds; finally, an aeroengine experiment station with an electronic fuel injector system is built. …”
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Optimized Allocation of Flood Control Emergency Materials Based on Loss Quantification by Wei Wang, Yunqing Wang, Li Huang, Yue Song

“…The TOPSIS method was subsequently used to screen and determine the optimal allocation scheme to rationally determine the reserve sizes of different categories of flood control emergency materials in each warehouse. …”
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Determining optimal strategies for primary prevention of cardiovascular disease: a synopsis of an evidence synthesis study by Olalekan A Uthman, Lena Al-Khudairy, Chidozie Nduka, Rachel Court, Jodie Enderby, Seun Anjorin, Hema Mistry, G J Melendez-Torres, Sian Taylor-Phillips, Aileen Clarke

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Optimization of TECIS LiDAR waveform metrics for forest height estimation by Xiaojun Liang, Yong Pang, Cangjiao Wang

“…To accurately estimate canopy height using waveform data, two critical steps are identifying the effective signal range based on signal threshold settings and selecting the optimal waveform metrics processing method. The choice of waveform threshold settings and metrics calculation methods directly affects the accuracy of canopy height estimation.To optimize threshold settings and identify suitable waveform metrics calculation methods, this study focused on the northern forest region of China, using airborne laser scanning (ALS) data as a reference to evaluate TECIS canopy height estimation approaches. …”
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