Laser-Ablative Structuring of Elastic Bandages—An Experimental Study by Peijiao Huang, Daoyong Zhang, Wenyuan Lu, Xihuai Wang, Da Chen, Shengbin Zhao, Mingdi Wang

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Comparative Study on Growth Characteristics and Early Selection Efficiency of Hybrid Offspring of <i>Populus deltoides</i> ‘DD-109’ and <i>P. maximowiczii</i> in Liaoning, China... by Wei Liu, Chenggong Liu, Yan Zhang, Jinhua Li, Jiabao Ji, Xiaorui Qin, Fenfen Liu, Chengcheng Gao, Nairui Wang, Xueli Zhang, Ning Liu, Rusheng Peng, Qinjun Huang

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Study on Piping Layout Optimization for Chiller-Plant Rooms Using an Improved A* Algorithm and Building Information Modeling: A Case Study of a Shopping Mall in Qingdao by Xiaoliang Ma, Hongshe Cui, Yan Zhang, Xinyao Wang

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Design of Three-Dimensional Path Following Guidance Logic by Sungsu Park

“…The proposed logic is simple and efficient and yet provides precise path following. …”
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Path recommendation based on geographic coordinates and trajectory data by Zhong-an JIANG, Ming WANG, Ya CHEN

“…In order to overcome the lacking of tourism information recommendation at the tourism websites,travel review websites and travel websites,a hybrid density clustering approach was proposed to identify scenic hotspot based on the data of geographical coordinates and tour route data.To help users searching high-quality resources and planning an effective tour path,a tour path generation algorithm was designed which contained all the attractions in the scenic area by using the HITS algorithm to evaluate the attraction and improving the traditional ACO algorithm.The multi algorithm comparison experiment was conducted to evaluate the effectiveness of the hot spots and route planning methods.The results show that the method is efficient and practical.…”
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Path recommendation based on geographic coordinates and trajectory data by Zhong-an JIANG, Ming WANG, Ya CHEN

“…In order to overcome the lacking of tourism information recommendation at the tourism websites,travel review websites and travel websites,a hybrid density clustering approach was proposed to identify scenic hotspot based on the data of geographical coordinates and tour route data.To help users searching high-quality resources and planning an effective tour path,a tour path generation algorithm was designed which contained all the attractions in the scenic area by using the HITS algorithm to evaluate the attraction and improving the traditional ACO algorithm.The multi algorithm comparison experiment was conducted to evaluate the effectiveness of the hot spots and route planning methods.The results show that the method is efficient and practical.…”
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Decarbonizing the Maritime Industry: A Collaborative Path Forward by Yudan Whulanza, Eny Kusrini, Muhamad Arif Budiyanto, Arnas, Yanuar

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A graph algorithm for the time constrained shortest path by Pan Liu, Wulan Huang

“…Highly efficient algorithms for solving the time constrained shortest path problem have been highlighted over the past decades to reduce the cost of vehicle travel in the road network. …”
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Optimization-Based Path Planning With Artificial Potential Function by Seongyeon Kim, Kiyun Gil, Jongho Shin

“…Path planning remains a critical challenge in autonomous ground vehicle (AGV) systems, particularly in dynamic environments where real-time adaptation is essential. …”
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HETEROGENIOUS BLOCKED ALL-PAIRS SHORTEST PATHS ALGORITHM by A. A. Prihozhy, O. N. Karasik

“…The problem of finding the shortest paths between all pairs of vertices in a weighted directed graph is considered. …”
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A Vehicle Path Planning Algorithm: QDDG-RRT by Ruixin Zhang, Qing Xu, Kai Sun, Yi Liu, Ximming Zhu, Guo Zhang, Xiang Cheng

“…Autonomous vehicles require highly reliable collision-free capabilities, necessitating extensive research in path planning. Path planning determines an optimal path, crucial for safe and efficient driving. …”
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Distance Two Surjective Labelling of Paths and Interval Graphs by Sk Amanathulla, G. Muhiuddin, D. Al-Kadi, Madhumangal Pal

“…Also, we have designed two efficient algorithms for surjective L2,1-labelling of paths and interval graphs. …”
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A sustainable path to Modernization: Transforming African cities by Svetlana A. Balashova, Marina S. Reshetnikova, Viktor M. Kadrov, Galina A. Vasilieva, Nadezhda A. Rogozhina

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Research on path planning for coal mine rescue robots by ZHU Hongbo, YIN Hongliang

“…The method addresses several limitations of the traditional bidirectional A* algorithm, including low search efficiency, poor path safety, and inadequate smoothness, as well as low real-time pathfinding efficiency when integrating the DWA with global path planning algorithms. …”
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Research on the Path and Effectiveness of Youngor Group’s Intelligent Transformation by Shu Fanyuan

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The paths to carbon neutrality in the Russian electric power industry by N. G. Lyubimova

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Research on path planning of mobile robot in complex environment by Haibin Liu, Jingjing Cao, Zhiyuan Wang

“…The proposed algorithm improves search efficiency and accuracy by segmenting the path planning process into distinct stages, applying different heuristic functions at each stage, and integrating an artificial potential field to guide traversal, reducing unnecessary node exploration. …”
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Responsive nanomaterials in biomedicine, patent path and prospect analysis by Xinrui Liu, Hongmei Yuan

“…Responsive nanotechnology, by sensing specific internal or external stimuli, has significantly enhanced the precision and efficiency of treatments. This study systematically summarizes the technological trajectory and emerging research directions of responsive nanomaterials through global patent and literature data, employing main path analysis, derivative path analysis, and keyword co-occurrence analysis. …”
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An Improved Lightweight Model for Defect Detection on Paths in Images by Zhaoning Cui, Yuejia Xu, Xinyi Jin, Yu Li

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Integrated PTS fire evacuation path planning algorithm by Zhijun Gao, Meng Zhang, Xin Wang, Hongyan Zhang, Chengcheng Zhang

“…To address these issues, this study proposes a novel hybrid fire evacuation path-planning algorithm that integrates the Pathfinder Algorithm (PFA) with the Tunicate Swarm Algorithm (TSA). …”
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