Investigation of Dynamic Load Sharing Behavior for Herringbone Planetary Gears considering Multicoupling Manufacturing Errors by Fei Ren, Jinchen Ji, Guofu Luo, Shaofu Zhao, Liya Zhao, Guiqin Shi, Xiaoling Wu, Ning Wang

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Entropy-extreme concept of data gaps filling in a small-sized collection by Viacheslav Kovtun, Krzysztof Grochla, Mohammed Al-Maitah, Saad Aldosary, Oleksii Kozachko

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Frontal Pole, Cingulate Gyrus, and Precuneus Cortex Represent the Confidence Level in Prediction of Other's Risky Decision-Making. by Ahmad Shoaa Haghighi, Soroush Safari, Elahe Oloumi, Hadis Jameei, Gholam Ali Hossein Zadeh, Abdol-Hossein Vahabie

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Numerical Simulation Analysis and Research on Drag Reduction and Stability Enhancement Effect of Head Swing Based on Biomimetic Flexible Variants by Debo Qi, Yang Li, Baisheng Yang, Zhengyang Wu, Bo Li, Shichao Niu

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Relating satellite NO2 tropospheric columns to near-surface concentrations: implications from ground-based MAX-DOAS NO2 vertical profile observations by Bowen Chang, Haoran Liu, Chengxin Zhang, Chengzhi Xing, Wei Tan, Cheng Liu

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Motion Trajectory Planning and Design of Material Spraying Service Robot by Gang Wang, Hongyuan Wen, Jun Feng, Jun Zhou

“…This makes the industrial spraying robot more intelligent and more capable of completing high-standard tasks. …”
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Learning Coupled Meteorological Characteristics Aids Short-Term Photovoltaic Interval Prediction Methods by Yue Guo, Yu Song, Zilong Lai, Xuyang Wang, Licheng Wang, Hui Qin

“…Future work will focus on incorporating intelligent systems for autonomous risk management and real-time control of dynamic PV output fluctuations.…”
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A Kind of Robot Structure Design and Kinematics Analysis by Yankai Hu, Hui Fu

“…Since humanoid robots can imitate human behaviors and actions and can better serve humans，it has become a current research hotspot most humanoid robots are equipped with a large number of intelligent software and hardware，but the body design still has defects，especially the waist structure design of humanoid robots，which is not innovative and restricts the overall function. …”
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Novel air-to-air data link system based on millimeter wave communication by Pengzheng XU, Qiyue YU, Hongchi LIN, Haining LIU

“…In order to solve the problems of insufficient communication rate between networked fighters, signals being easily eavesdropped and interfered, and unsatisfactory networking performance in the existing air-to-air inter-aircraft data links, a millimeter wave communication air-to-air data link system was proposed.The millimeter wave communication technology was introduced into the data link system, and reconfigurable intelligent surface, orthogonal time frequency space modulation, integrated sensing and communication, and wireless ad hoc network technology were integrated.The analysis and simulation results show that the proposed system is superior to existing systems in terms of transmission bandwidth, anti-interception and anti-interference performance and hardware complexity and cost.At the same time, the proposed system faces technical challenges such as real-time beam tracking, which need further research to solve.…”
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Study on the Online Wear Condition Monitoring Method for Mining Reducer based on Wear Particle Feature by Wu Huling

“…Aiming at the online wear condition monitoring of a mining reducer for engineering applications,the relationship between wear debris features and wear status is studied.Firstly,ferrograph images are firstly captured by using an online wear debris image acquisition system.Secondly,the wear particle features are extracted by utilizing digital image processing technology,where the Otsu’s automatic thresholding method is employed to separate wear particles from the image background,and the debris features of relative concentration and the maximum width are extracted using a pixel scanning method.Finally,the wear status of a mining reducer is analyzed based on the statistical features of online wear debris.Additionally,the experiments are carried out and the results demonstrate that the proposed method is effective to monitor a running machine.This study also provides a new approach for automatic monitoring and intelligent maintenance of mining reducer.…”
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Development Status and Trends of Space Processor by Zhigang YU, Xu FENG, Zhou LU, Jixing GAO, Wenhui DING

“…Space electronic system is the ＆quot;brain＆quot; of aerospace engineering models and the core fi eld of competitive development of major countries around the world.As the most core device in space electronic system, space processor directly aff ects the performance, reliability and safety of aerospace models.On the basis of brief introduced of space electronic systems, fi rstly, the development status of foreign space processors was analyzed, and then the development roadmap of space processors such as SPARC, PowerPC, ARM, RISC V, etc were combed and formed.The development process was summarized into three stages:initial stage, development stage and new stage, considered architecture and performance parameters.Finally, the development trend of space processors in the future was summarized as ＆quot;fi ve modernizations＆quot;: micro system, commercialization, intelligent, ecological and cloud enabled.…”
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L’école est finie ! L’ère trans-moderne du savoir-relation et la fin de la transmission ? by Béatrice Mabilon Bonfils

“…Inclusion/exclusion processes take over from supervisory/control processes and translate into a shaky identity in the work of the teachers, a firming of the forms of control and adaptive ruses, a sort of survival strategy of a school in mutations. The loss of intelligibility of scholastic knowledge is obvious. The diagnosis is based on several empirical investigations concerning the identity at work of teachers, adaptive ruses of pupils, numerical practices of adolescents, high school representations of the role of the school, school suffering.…”
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Modeling a Solution for Smart Space Planning Aiming for Energy Efficiency in Industry 4.0 by Viviane Bessa Ferreira, Raphael de Aquino Gomes, Wesley Pacheco Calixto

“…The research not only conceptualizes the proposed model but also provides insights into its preliminary implementation, thereby bridging the gap between theoretical considerations and practical applications in the pursuit of sustainable and intelligent industrial spaces. …”
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Gear Fault Diagnosis based on Distribution Adaptation Layer and Soft Label Learning by Zhenguo Jie, Xiyang Wang, Tingkai Gong

“…The intelligent gear recognition method based on convolutional neural network can effectively identify the gear fault， but the convolutional neural network needs a lot of labeled training data， which limits the application of convolutional neural network in gear fault diagnosis. …”
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Study on the Composite Driving System of Dexterous Hand by Luo Tianhong, Liu Lang, Chen Cai

“…The relation of the restoring force and displacement of the SMA spring is researched,then the relationships among knuckles movement and the influence factor on the contact force of grasping object are analyzed,by using the sliding mode PID intelligent control strategy,the movement of the finger is controlled,the control efficiency of dexterous hand is improved. …”
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PhishingAgent: an agentic workflow method for advanced phishing email detection by JIN Jiandong, HUANG Zheng, HU Zhanyu, ZOU Yuanxin, QIN Huidong, LAI Qingnan, YANG Jia, ZHOU Changling

“…To address the increasing complexity of advanced persistent threat (APT) and phishing email attacks, an intelligent agentic workflow method for phishing email detection called PhishingAgent was proposed. …”
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Fault Diagnosis of Small Sample Automobile Planetary Gearboxes Based on Continuous Wavelet Transform and Model Agnostic Meta Learning by Xinxin Lu, Jun Ma, Yingcong Zhang

“…Aiming at the problem that the vibration signal of planetary gearboxes has strong non-stationary characteristics， few fault samples and the dependence of traditional deep learning on data， an intelligent diagnosis method for planetary gearboxes based on continuous wavelet transform（CWT） and model agnostic meta learning（MAML） is proposed. …”
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Building Crack Detection Based on Digital Image Processing Technology and Multiscale Feature Analysis Automatic Detection Algorithm by Chenguang Liu

“…This paper combines digital image processing technology and multiscale feature analysis automatic detection algorithm to construct an intelligent building structure crack detection system. …”
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Fault analysis and research of wireless sensor network based on kernel partial least squares by Guang-hai ZHOU, Zhao-long NING, Zhi-kui CHEN, Hua ZHONG, Yue-ming HU

“…With the development of intelligent and networked sensor technology,wireless sensor networks were widely used in human life and commercial fields,because wireless sensor network nodes usually only carry limited resources,it is prone to failures due to insufficient resources,the accurate and timely fault diagnosis of WSN nodes can ensure the reliability of information,thus improving the maintainability of WSN and prolonging the service life of WSN.A method of using kernel partial least squares has been proposed to predict the fault reasons,the method overcomes the defects of traditional linear regression method and the nonlinear high dimensional space for data analysis.Through many experiments,the method can absorb the characteristics of canonical correlation analysis and principal component analysis method,provide a more thorough and rich content analysi,that the reason of the fault can be predicted effectively.…”
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Space-air-ground integrated vehicular network for immersive driving experience by Zhi-sheng NIU, SHEN Sherman, Qin-yu ZHANG, Yu-liang TANG

“…In order to achieve the significant advantages of next generation intelligent transportation systems,realizing the smart control of vehicles,and satisfy the vehicular demands for on-road infotainment services,a novel space-air-ground integrated vehicular network architecture was proposed by making use of the space information in terms of service coverage,time synchronization,vehicle status sensing,etc.The project would investigate three fundamental scientific issues related to the novel network:1) space-air-ground integrated network reconfiguration under dynamic space resources constraints; 2) real-time sensing and efficient integration of multi-dimensional context information; 3) real-time,reliable and secure interaction among context information.The outcomes of this project will provide the foundations both in theory and practice for highly expected smart driving,immersive driving experience,and autonomous self-driving vehicular networks.…”
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