Dynamics simulation model for the analysis of aircraft movement characteristics on an aircraft carrier deck by Byeong-Woo Yoo, Kwang-Phil Park, Jaewon Oh

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Comparative analysis of Mixture-of-Agents models for natural language inference with ANLI data by Swathi Sowmya Bavirthi, Dama Pranati Sreya, Tanguturi Poojitha

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Philosophical analysis of the Recovery College learning model: characterization and connections to learning theories by Galaad Lefay, Galaad Lefay, Catherine Briand, Catherine Briand, Anick Sauvageau, Anick Sauvageau, Marie-Josée Drolet, Marie-Josée Drolet, Marie-Josée Drolet, Brigitte Vachon, Brigitte Vachon, Francesca Luconi, Aliki Thomas, Aliki Thomas, Juliette Nadeau-Tremblay

“…A theoretical and philosophical analysis of this learning model would enhance our understanding of its mechanisms of action and enrich the pedagogical practices of RCs while considering adaptations for other contexts.ObjectivesThis study aims to define and characterize the Recovery College learning model and identify its connections with the key learning theories through a theoretical and philosophical analysis.MethodologyThe study employs a hermeneutic philosophical approach consisting of six steps: 1. define and characterize the RC learning model, 2. identify, define, and describe the key learning theories, 3. select the perspectives and questions for philosophical analysis, 4. analyze the RC learning model through the chosen philosophical perspectives and questions, 5. identify the philosophical connections with the key learning theories, and 6. validate the analysis process.ResultsThe analysis identified five mechanisms of action, nine key principles of RC and four operations. …”
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Spectrum quantification-based safety efficiency evaluation of autonomous vehicle under random cut-in scenarios by Jiang Chen, Weiwei Zhang, Miao Liu, Xiaolan Wang, Jun Gong, Jun Li, Boqi Li, Jiejie Xu

“…Finally, we created approximate analytical equations for the normalized disturbance frequencies in the nonlinear response scenarios of autonomous driving systems by combining the SCP with a frequency spectrum analysis model. …”
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Development of a conflict-free unsignalized intersection organization method for multiple connected and autonomous vehicles. by Qinglu Ma, Shu Zhang, Qi Zhou

“…Firstly, relied on shared location technology and considered the operating characteristics of CAVs at unsignalized intersections to detect and analyze traffic conflicts to establish a right-of-way judgment model for CAVs. In order to further ensure the safety and operating efficiency of the vehicle, based on the judgment results of right-of-way judgment model, a vehicle speed guidance model is established for different traffic conditions. …”
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Elucidation of user autonomous driving system preference mechanisms under the extension of internal and external factors by Juncheng Mu, Linglin Zhou

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A Comparative Study and Optimization of Camera-Based BEV Segmentation for Real-Time Autonomous Driving by Woomin Jun, Sungjin Lee

“…Finally, in the third stage, model compression was applied to minimize model size and latency for efficient deployment on embedded systems. …”
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CALCULATION AND OPTIMIZATION OF FORCE AND POWER ON AUTONOMOUS SURFACE VEHICLE (ASV) AS MEANS OF MARINE ACCIDENT RESCUE by Teguh Herlambang, Hendro Nurhadi

“…Based on the results of the efficiency of ASV Sang Nagari has a higher efficiency of 0.002% with 56.422% than ASV Sang Nadibumi with 56.420%.. The ASV linear model made from linearization has the properties of a controllable and observable, so this model can be applied to navigation and control systems.…”
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Camscribe: Enhanced Dashcam Video Descriptions Through Multimodal Spatiotemporal and Object Detection for Autonomous Vehicles by Muhammad Rafiq, Mankyu Sung, Ghazala Rafiq, Gyu Sang Choi

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Optimal Allocation of Community Distributed Energy and Storage Based on Regional Autonomous Balance and Sharing Mechanism by Jiangping Liu, Jing Wang, Xue Cui, Peng Liu, Pingzheng Tong, Xuehan Dang

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Teachers’ autonomous motivation and work engagement: The role of the principal’s democratic leadership style and psychological climate by L. A. Mokretsova, O. A. Sychev, A. M. Bespalov, M. S. Vlasov, M. M. Prudnikova

“…During processing of obtained data the authors used correlation analysis, t-tests for comparison of means and structural equation modelling.Results. …”
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Output Feedback Integrated Guidance and Control Design for Autonomous Underwater Vehicles Against Maneuvering Targets by Rui Wang, Jingwei Lu, Shuke Lyu, Yongtao Liu, Yuchen Cui

“…A model transformation is introduced to synthesize external disturbances with unmeasurable states, extending the resultant disturbance to a new system state. …”
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Autonomous surgical planning of mandibular angle reduction based on anatomical landmarks and osteotomy plane detection by Zhenggang Cao, Yichi Zhang, Junlei Hu, Gang Chai, Li Lin, Le Xie

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Navigating Uncertainty: Advanced Techniques in Pedestrian Intention Prediction for Autonomous Vehicles—A Comprehensive Review by Alireza Mirzabagheri, Majid Ahmadi, Ning Zhang, Reza Alirezaee, Saeed Mozaffari, Shahpour Alirezaee

“…This review provides a structured and in-depth analysis of pedestrian intention prediction techniques, with a unique focus on how uncertainty is modeled and managed. …”
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The autonomic response following taVNS predicts changes in level of consciousness in DoC patients by Yan Li, Francesco Riganello, Jing Yu, Martina Vatrano, Mingquan Shen, Lijuan Cheng, Xiaohua Hu, Chengcheng Ni, Feiyang Wang, Bo Zheng, ChengCheng Zhang, Chaoyi Xie, Meiqi Li, Wangshan Huang, Fangfang Shou, Nantu Hu, Steven Laureys, Haibo Di

“…Similarly, MCS and UWS were classified with an accuracy of 78%. The SVM modeling achieved an 86% accuracy rate in predicting outcomes three months post-intervention, with a 71% confirmation rate at six months.The results highlight taVNS’s potential as a therapeutic modality in managing DoC by demonstrating its impact on autonomic regulation and suggesting pathways for enhancing recovery, which accentuates the significance of exploring brain-heart dynamics in DoC, presenting a novel approach to therapeutic strategies. …”
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General principles of expanding the speed range of operation of autonomous power supply systems for passenger cars by S. L. Samoshkin, S. S. Mironov, O. S. Samoshkin, M. V. Khodenkov, A. S. Sarikov

“…It is solved by forcing the excitation of the generators.Analysis of modern systems of autonomous power supply of passenger cars showed that the expansion of the speed range of its operation can be achieved in three ways:•             raising the gear ratio of the gearbox to ensure it is switched on to the nominal mode at a carriage speed of 15 - 20 km/h without changing the parameters of the generator and the entire system of autonomous power supply;•             modernization of the electrical equipment complex for passenger cars to ensure the operation of the main power consumers and charge the battery while driving at low speeds (over 18 km/h) without changing the mechanical parameters and composition of the serial generator-drive unit;•             modernization of the generator in order to reduce its turnon revolutions to the power required to provide the main power consumers without changing the mechanical parameters of the drive.All three methods have its advantages and disadvantages, the choice of any of them is determined by the technical requirements for a specific car model.…”
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Autonomous walking path planning of underground handling robot based on improved A* and DWA algorithm by Kekun ZHANG, Jiusheng BAO, Junwei AI, Xiaoming YUAN, Yan YIN, Maosen WANG, Shirong GE

“…Firstly, the specific demand analysis of the underground transport conditions is carried out to determine the typical transportation scenarios such as “multi-transport point roadway” and “last 1km direct transport”, and the autonomous walking strategies are established respectively to improve the applicability and rationality of the autonomous walking path planning of the underground handling robot. …”
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Multiple target detection using photonic radar for autonomous vehicles under atmospheric rain conditions. by Sushank Chaudhary, Sunita Khichar, Yahui Meng, Abhishek Sharma

“…Unlike conventional radar studies, our work incorporates Gamma-Gamma turbulence modeling and rain attenuation effects to provide a more comprehensive analysis of radar performance in real-world environments. …”
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Transformation of natural ecosystems affected by climate change in the Khanty-Mansi Autonomous Okrug – Yugra, Russia by O.N. Lipka, S.V. Krylenko, A.P. Andreeva, A.Yu. Bogdanovich, A.S. Karavaeva

“…The article presents the analysis of both observed (1960–present) and modeled (present–2100) changes in climate parameters, and their observed and probable consequences for ecosystems, including transformation. …”
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Technology of automated video observation of a drogue-sensor basket in the problem of autonomous aerial refueling by A. V. Gaidenkov, M. I. Kanevskiy, A. S. Ostrovskiy, O. I. Ganyak, N. Yu. Chizhov

“…The technology is based on the use of a passive optoelectronic system and incorporates the logic of automated refueling observation of a refueling process using algorithms for the automatic detection and tracking of a drogue-sensor, a methodical apparatus for suboptimal linear filtering of the observed process under the conditions of spatial and temporary non-stationarity of the refueling process, algorithms for automatic correlation detection and tracking of a drogue-sensor using suboptimal filtering. An analysis of the design of experimental foreign systems for autonomous aerial refueling is carried out. …”
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