Utilizing High-Definition Maps and Simulation Software to Enhance Autonomous Vehicle Safety by Y.-T. Li, P.-F. Kuo, K.-W. Chiang, B. Putra, F. F. Susanta, F. F. Susanta

“…This finding suggests that AVs make slower decisions than human drivers due to complex perception and computational models. Additionally, it highlights the importance of HD maps and traffic flow analysis in AV simulations and provides recommendations for improving AV safety, including simplifying road layouts, minimizing sharp turns, and restricting arbitrary lane changes.…”
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Econometric predictive model for assessing the functional state of students during the examination period: a cross-sectional exploratory pilot study by I. S. Knyazhev, L. V. Karaulova, O. V. Reztsov, A. P. Spitsin

“…Comparative analysis of hemodynamic parameters depending on the dominant type of autonomic nervous system was carried out in the cohorts. …”
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A sustainable production model for solid-state batteries with advertisement-based demand and system reliability insights by Shikha Bhandari, Shubham Kumar Singh, Anand Chauhan, Anu Sayal

“…The model incorporates an autonomation-based inspection process to identify imperfect SSBs and integrates investments in quality improvement and setup cost reduction to enhance system reliability. …”
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Enhancing cardiovascular monitoring: a non-linear model for characterizing RR interval fluctuations in exercise and recovery by Matías Castillo-Aguilar, Diego Mabe-Castro, David Medina, Cristian Núñez-Espinosa

“…Abstract This work aimed to develop and validate a novel non-linear model to characterize RR interval (RRi) time-dependent fluctuations throughout a rest-exercise-recovery protocol, offering a more precise and physiologically relevant representation of cardiac autonomic responses than traditional HRV metrics or linear approaches. …”
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Investigation of the Impact of Ducted Propellers on AUV Hydrodynamic Performance Based on CFD by GUAN Yingjie, CUI Qingjia, XU Biao, BIAN Yougang, QIN Xiaohui

“…Subsequently, two sets of overlapping grids for the CFD hydrodynamic analysis were created, each for one of the AUVs. Hydrodynamic coefficients for both models were obtained by calculating their translational and rotational motions, and differences between these coefficients were analyzed to evaluate the ducted propellers' effect. …”
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Traffic Risk Modelling and Analysis under Airport-Like Simulation Environment by Yanting Sheng, Rui Feng, Salvatore Antonio Biancardo

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Long-Time Behaviour of Solutions for Autonomous Evolution Hemivariational Inequality with Multidimensional “Reaction-Displacement” Law by Pavlo O. Kasyanov, Luisa Toscano, Nina V. Zadoianchuk

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Instable Trivial Solution of Autonomous Differential Systems with Quadratic Right-Hand Sides in a Cone by D. Ya. Khusainov, J. Diblík, Z. Svoboda, Z. Šmarda

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Basic aspects of meta-analysis. Part 1 by A. Yu. Suvorov, I. V. Latushkina, K. А. Gulyaeva, N. M. Bulanov, M. Yu. Nadinskaia, A. A. Zaikin

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Stability Analysis and Optimal Control of a Limnothrissa Miodon Model with Harvesting by Farikayi K. Mutasa, Brian Jones, Senelani D. Hove-Musekwa, Itai H. Tendaupenyu, Tamuka Nhiwatiwa, Mzime R. Ndebele-Murisa

“…For the autonomous model, results from local stability analysis are in agreement with numerical simulations in that the coexistence equilibrium is locally stable, provided certain conditions are satisfied. …”
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Nonlinear Modelling and Qualitative Analysis of a Real Chemostat with Pulse Feeding by Yuan Tian, Kaibiao Sun, Andrzej Kasperski, Lansun Chen

“…Based on the design ideas, a mathematical model of a chemostat with Monod-type kinetics and impulsive state feedback control for microorganisms of any biomass yield is proposed in this paper. …”
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Dynamical Analysis and Parameter Estimation of Hepatitis B Disease Model in Malang by Fitroh Aulani, Wuryansari Muharini Kusumawinahyu, Isnani Darti

“…In this article, a model representing the spread of Hepatitis B disease is constructed as a nonlinear autonomous system. …”
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Modeling and Classification of Random Traffic Patterns for Fatigue Analysis of Highway Bridges by Xianglong Zheng, Bin Chen, Zhicheng Zhang, He Zhang, Jing Liu, Jingyao Zhang

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Pedestrian dynamics modeling and social force analysis based on object detection by Fangyan Yang, Rong Liu, Daoyu Zhu

“…IntroductionObject detection is a fundamental component of modern computational applications, playing a crucial role in pedestrian analysis, autonomous navigation, and crowd monitoring. …”
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Is human-like decision making explainable? Towards an explainable artificial intelligence for autonomous vehicles by Jiming Xie, Yan Zhang, Yaqin Qin, Bijun Wang, Shuai Dong, Ke Li, Yulan Xia

“…To achieve trustworthy human-like decisions for autonomous vehicles (AVs), this paper proposes a new explainable framework for personalized human-like driving intention analysis. …”
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Wake Detection and Positioning for Autonomous Underwater Vehicles Based on Cilium-Inspired Wake Sensor by Xuanye Hu, Yi Yang, Zhiyu Liao, Xinghua Zhu, Renxin Wang, Peng Zhang, Zhiqiang Hu

“…By analyzing the data, the characteristic frequency of the AUV’s propeller is identified, which is correlated with the AUV’s rotation speed and the number of blades. Through further analysis, a mapping model is established between the spectral amplitude of the characteristic frequency at different positions and the corresponding wake velocity. …”
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Impact of enhancing national autonomous innovation demonstration zones on cities’ efficiency in technological innovation by Mei He, Zhixiong Fan, Yanrui Chen

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Autonomous Obstacle Avoidance with Improved Deep Reinforcement Learning Based on Dynamic Huber Loss by Xiaoming Xu, Xian Li, Na Chen, Dongjie Zhao, Chunmei Chen

“…Both theoretical analysis and experimental simulation verify its effectiveness with superior planning success rate, shorter average path length, and faster model convergence over traditional approaches. …”
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Method of Formation of Quantitative Indicators of Complexity of the Environment by a Group of Autonomous Mobile Robots by Denis Beloglazov, Vladimir Pereverzev, Victor Soloviev, Viacheslav Pshikhopov, Morozov Roman

“…The hierarchic structure of the used fuzzy model makes it significantly easier to synthesize and analyze it.…”
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A Novel Data-Driven MPC Framework Using KDE and KPCA for Autonomous Vehicles by Romdhane Nasri, Jannet Jamii, Majdi Mansouri, Zouhaier Affi, Vicenc Puig

“…Modeling and controlling complex, nonlinear, large-scale systems such as autonomous vehicles presents significant challenges due to high dimensionality, uncertain dynamics, and real-time constraints. …”
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