Photonics-Assisted Non-Scanning High-Accuracy Frequency Measurement Using Low-Speed Components by Zhiqiang Shen, Chenfei Jin, Qunsong He, Zijing Zhang, Yuan Zhao

“…Instantaneous frequency measurement of microwave signals is a fundamental functionality for applications including radar and electronic warfare. …”
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Tracking Control of Wave-Adaptive Modular Unmanned Surface Vehicle Using Time-Delay Zeroing Neural Network by Pengfei Guo, Wenyue Zhang, Zheng Li, Zheng Zheng

“…The advancement of artificial intelligence has significantly enhanced the role of unmanned surface vehicles (USVs) in various ocean engineering applications. Designing a controller for USV systems that ensures stability, high precision, and rapid convergence remains a complex challenge in intelligent control. …”
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An improved routing technique for energy optimization and delay reduction for Wireless body area networks by Swati Goel, Kalpna Guleria, Surya Narayan Panda, Fahd S. Alharithi, Aman Singh, Aitizaz Ali

“…Wireless Body Area Networks (WBANs) have a lot of potential applications in the medical domain for remote health monitoring. …”
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A method to measure the azimuth of a laser-tracking cooperative target by changing inner laser's direction by Qifan Qiu, Zhi Cheng, Doudou Gao, Yang Li, Dengfeng Dong, Chengjun Cui, Yixuan Han

“…The experimental results show that the measuring device proposed in this paper is ingenious and practical, and the measuring angle error is less than 0.0187° in the working range of ±20°, which meets the demand of high-precision engineering applications.…”
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In-situ direct shear test and numerical comparative research on mudstone gravel slope reinforced by polymer grouting by Mengqiang Shen, Zhichao Zhang, Changguang Qi, Yihan Lu, Rongyue Zheng

“…The discrepancy between simulation and experimental data is minimal, with the simulated internal friction angle deviating by -0.97–1.5% from the experimental values and the simulated cohesion being marginally lower, with an error range of 3.9-5%. These results offer valuable insights for engineering applications.…”
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Asymptotic Synchronization for Caputo Fractional-Order Time-Delayed Cellar Neural Networks with Multiple Fuzzy Operators and Partial Uncertainties via Mixed Impulsive Feedback Cont... by Hongguang Fan, Chengbo Yi, Kaibo Shi, Xijie Chen

“…This spectrum extension relaxes the synchronization conditions, ensuring a broader applicability of the proposed control schemes.…”
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On the Design of Near-Optimal Generalized Block-Based Spatial Modulation With Low Detection Complexity by Yen-Ming Chen, Wei-Lun Lin, Heng Lee, Tsung-Lin Chen

“…Building on this idea, this paper first proposes a near-optimal codebook search method based on three-dimensional (3-D) mapping, applicable to both fast and slow Rayleigh fading channels. …”
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Accurate and Efficient End‐Effector Tracking for Quadrupedal Mobile Manipulators through Coordinated Motion and Decoupled Control by Kun Xu, Qikai Li, Yuhang Zhao, Jiawei Chen, Xilun Ding

“…Finally, a series of experiments demonstrate that the proposed method can successfully perform a variety of trajectory‐tracking tasks, reducing the root mean squared error by 82.7% compared to independent control in the stance mode, and cutting additional computational overhead by 53.4% compared to the unified control.…”
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Process-driven strength enhancement and progressive damage analysis of three-dimensional woven composites traction rods by Hao Huang, Zhongde Shan, Yanming Xing, Zitong Guo, Chunguang Yang, Jianhua Liu, Zheng Sun, Xiaohui Ao, Dong Wang, Chenchen Tan, Weihao Wang, Juncheng Luo

“…The surrogate model achieved high accuracy across multiple metrics, and the predictive capabilities of the damage model showed a relative error of 13.5% for stiffness and 10.7% for strength. …”
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DCT-DiffPose: A Lightweight Diffusion Model With Multi-Hypothesis for 3D Human Pose Estimation by Linzhan Zhong, Fangni Chen, Bolun Zheng, Rui Feng, Lei Zhang, Jian Wan

“…3D human pose estimation is a crucial task in computer vision with extensive applications, yet it remains challenging due to depth ambiguity and constraints on computational efficiency. …”
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Experimental and numerical study on attenuation of shock waves in ventilation pipes by Wenjun Yu, Shuxin Deng, Shengyun Chen, Bingbing Yu, Dongyan Jin, Zhangjun Wu, Yaguang Sui, Huajie Wu

“…Corresponding parameters are provided for various structures, and the margin of error between the formulae and experimental results is within 10%, which is significant for engineering applications.…”
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Junction temperature prediction for multi-chip IGBT modules based on an improved 3D thermal network model and experimental results by Chendong Guo, Yuxuan Zhu, Liang Tong

“…Simulation results demonstrate that the proposed model achieves a prediction error of only 1.27 % compared to experimental data. …”
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Hierarchical Bayesian Reliability Model for Wind Turbines with Small Fault Sample Sets by Dameng WANG, Zhiyong MA, Yibing LIU, Wei TENG

“…The normalized root mean square error and the mean width of 95% confidence interval of reliability function are chosen as measurement indices. …”
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A Ring2Vec description method enables accurate predictions of molecular properties in organic solar cells by Ting Zhang, Kangzhong Wang, Kunlei Jing, Gang Li, Qing Li, Chen Zhang, He Yan

“…We achieve fast and accurate predictions of the energy levels of NFA molecules, with a minimal prediction error of merely 0.06 eV. Furthermore, our method can potentially have broad applicability across various domains of molecular description and property prediction, owing to the efficiency of the Ring2Vec model.…”
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Enhancing quality inspection efficiency and reliability of unscreened recycled coarse aggregates (RCA) streams using innovative mobile sensor-based technology by Cheng Chang, Francesco Di Maio, Rajeev Bheemireddy, Perry Posthoorn, Abraham T. Gebremariam, Peter Rem

“…Using advanced 3D scanning and laser-induced breakdown spectroscopy (LIBS), the system ensures reliable real-time analysis of particle size distribution (PSD) (Root Mean Square Error: <5.5%) and contaminant detection (Accuracy: 0.94). …”
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Rapid Assessment of the Fatigue Limit Using an Iterative Algorithm Applied to Intrinsic Dissipation by Luca Santoro, Raffaella Sesana, Francesca Maria Curà

“…It is especially useful in applications where rapid material characterization is required.…”
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A Simulation of the Densification Process of NdFeB Bulks by a Modified Drucker–Prager Cap Model by Tao Song, Wenbin Jin, Fang Cheng, Bo Sun, Wenbin Qiu, Nan Liu, Hongliang Ge, Rui Wang, Huayun Mao

“…These results indicate that the developed simulation framework effectively identifies crack-prone areas, enabling data-driven optimization to reduce experimental trial-and-error costs in engineering applications.…”
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Kinetic investigation into Ni/CeO2 in dry reforming of methane based on Langmuir-Hinshelwood mechanism by LI Yanan, QIAO Yibing, LIU Peng, XU Haojin, WU Le, WANG Yuqi

“…The kinetic model exhibits the smallest root mean square error (0.045 9) and the residual sum of squares (0.082 2), and the highest R2 (0.984 4), which indicate that this model is the most applicable to Ni/CeO2 for dry reforming of methane. …”
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A Comparative Study on Battery Modelling via Specific Hybrid Pulse Power Characterization Testing for Unmanned Aerial Vehicles in Real Flight Conditions by Waiard Saikong, Prasophchok Phumma, Suradet Tantrairatn, Chaiyut Sumpavakup

“…Results indicate that the Thevenin model, with selective SOC-dependent parameters, demonstrated superior predictive accuracy, achieving error reductions of up to 4.26 times compared to the fixed resistance model. …”
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Comparison of Measurement Protocols for Internal Channels of Transparent Microfluidic Devices by Joris Kaal, Nicolas Feltin, Marc Lelong, Huabing Yin, Andrew Glidle, Kevin Romieu, Elsa Batista

“…A consistency analysis using normalized error statistics identified optical profilometry as the most reliable method, offering the lowest uncertainty and the highest consistency with nominal geometry values. …”
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