Proceedings of the 2026 5th International Conference on Engineering Management and Information Science (EMIS 2026)
28 articles
Proceedings Article
Peer-Review Statements
Yahua Xu, Hui An, Wee Keong Ng, Hongbo Li
All of the articles in this proceedings volume have been presented at the 5th International Conference on Engineering Management and Information Science (EMIS 2026) during January 23 to 25, 2026 in Shenyang, China. These articles have been peer reviewed by the members of the Scientific Committees and...
Proceedings Article
Study on the Foundation Selection Method for Overhead Transmission Lines
Zhibao Nie, Zixia Feng, Mintao Ding, Shijun Ding, Jiang Keru
The foundation is an important part of the overhead transmission line, to improve the science and accuracy of the line foundation selection program, comprehensively consider the technical, economic, and environmental factors, based on the hierarchical analysis method to construct a three-level evaluation...
Proceedings Article
Application and Prospect of Computer Vision Technology in Engineering Management
Kangchao Shu
As a key technology to simulate human visual perception, computer vision technology is playing an increasingly important role in civil engineering management. In this study, the application of computer vision technology in engineering management is systematically reviewed with typical cases. On the basis...
Proceedings Article
Research on Carbon Emission Measurement and Decoupling Analysis of the Construction Industry in Liaoning Province
Haonan Guo, Ziyang Wang
In the process of energy structure adjustment guided by the “dual carbon” target, the decoupling of carbon emissions from economic development is widely considered an important indicator for evaluating the effectiveness of regional low-carbon emission reduction efforts. This paper takes the construction...
Proceedings Article
Research on Performance Evaluation and Influencing Factors of County-Level Highway Maintenance Projects
Xueqian Niu
To address the issues of ambiguous performance evaluation and difficulties in identifying key influencing factors within county-level highway maintenance projects, this study constructs a performance evaluation indicator system encompassing five dimensions: technical, economic, social, environmental,...
Proceedings Article
Design and Theoretical Analysis of a Three-Finger Origami-Inspired Surgical Forceps
Yi Tian
With the rapid advancement of minimally invasive surgery (MIS), surgical instruments are required to achieve higher precision, flexibility, and miniaturization. Conventional two-finger mechanical forceps often suffer from structural complexity, stress concentration, and unstable grasping. Inspired by...
Proceedings Article
Application of 630-MPa High-Strength Reinforcing Bars in Construction: A Data-Driven Comprehensive Benefit Assessment
Xiaolin Cheng, Wu Liu, Lijuan Xiao, Yue Yang, Shanjiao Wang, Hong Chen, Min Zhu
The construction sector’s carbon footprint demands urgent material innovation. Using Building Information Modeling (BIM) integrated with structural analysis, we conducted a comparative design study of basement ceiling beams (35,558 m2) in a Chinese residential project. Results indicate that 630-MPa high-strength...
Proceedings Article
Machine Learning-Based Classification-Regression Model for Home Appliance Logistics Delivery Time Prediction
Yixuan Sun, Xin Wang, Yi Li
Accurate prediction of home appliance delivery time is crucial for enhancing customer satisfaction, yet existing research fails to account for appliance characteristics and ignores variations in delivery time windows. Based on 3.491 million home appliance delivery samples from Ririshun Logistics, this...
Proceedings Article
Research on Automated Grinding Process for Composite Materials Based on Industrial Robot
Yuxiao Pu, Lingyu Shen, Pin Zhang, Jinliang Wang
Grinding is a critical process in the production of electromagnetic functional structures. To improve the grinding quality of these structures and enhance the working environment, an automated grinding process for electromagnetic functional structures was studied based on an automated grinding unit....
Proceedings Article
Research on the Computer Detection Algorithm and System of Steam Therapy Apparatus
Wei Liu, Peng Lei, Mengdie Xiang, Mengxi He, Guangxin Dong
In response to the lack of a unified parameter detection method and system for steam therapy apparatus, this study aims to establish a detection method for its key parameters and collect and store data through computers. By analyzing the principle of the equipment, the core parameters of steam temperature,...
Proceedings Article
Research Status, Challenges and Future Prospects of Bearing Fault Diagnosis
Song Qi, Guoqing Zhu
As the core component of rotating machinery, bearing condition monitoring and fault diagnosis are very important to ensure the safety of equipment. This paper systematically reviews the development of bearing fault diagnosis technology, covering three major methods based on signal processing, machine...
Proceedings Article
Research on Innovative Models for Promoting the Efficient Utilization of New Energy
Yuchen Cao, Yuluo Bu, Hanze Zhou, Kun Wang, Xiaoning Ye
With the continuous expansion of China’s new energy installation capacity, the efficient utilization of new energy has become a critical step in advancing the energy revolution and achieving the “dual carbon” goals. Based on the current development status of new energy in China, this paper analyzes the...
Proceedings Article
Research on Evaluation Methods of In-Vehicle Screen Interaction Based on Ergonomics
Bin Hao, Xin Wang, Bo Yu, Yunzhi Wang
The rapid advancement of intelligent technologies has introduced an array of advanced functionalities into automotive cockpits, leading to increasingly complex and extensive human-vehicle interactions. As the most important interaction method, the central console display has the advantages of presenting...
Proceedings Article
Research on Configuration Item Data Structure in the Frame of Nuclear Power Plant Information Models
Ying Liu, Lei Yu, Rigang Chen
The nuclear power engineering information model is a specific type of information model that matches the business model of nuclear power engineering construction. It is a set of related information about the structure, system, and components of nuclear power plants, including a large amount of design...
Proceedings Article
Research on the Influence of National Unified Market Construction on Labor Employment Structure
Peitai Yu
Using data from 2017 to 2023, this study employs a two-way fixed effects model to examine the impact of China’s unified national market development on labor employment structure through dual dimensions of skills and industries. The research measures urban market integration using relative price methodology,...
Proceedings Article
Research on Traffic Forecasting Using Time Convolutional Networks Optimised by RIME Algorithm
Haorui Li
This paper addresses the challenges in traffic flow forecasting—namely data non-linearity, strong spatio-temporal coupling, and hyperparameter dependence on manual tuning—by proposing a hybrid forecasting model based on the Frost-Ice Optimisation Algorithm (RIME). This model integrates a Time Convolutional...
Proceedings Article
Patient Capital and Disruptive Technological Innovation: A Dynamic Model of Firms’ Technology Choice
Yuanlin Wu, Huajun Zheng
Disruptive technological innovation is characterized by long development horizons, high uncertainty, and delayed returns, making firms’ innovation strategies particularly sensitive to the time orientation of capital. Using panel data on Chinese A-share listed firms from 2011 to 2023, this study examines...
Proceedings Article
Application and Effectiveness Analysis of Artificial Intelligence Technology in Engineering Management Decision-Making
Yu Fang
This research uncovers the use and effectiveness of artificial intelligence (AI) technology tools for decision-making in engineering management, based on an empirical study of 45 projects conducted during 2020–2024, involving the construction and manufacturing sectors. With the help of an extensive evaluation...
Proceedings Article
Soil Stress Calculation of Bridge Foundation Pit Retaining Pile Based on Improved Terzarghi Method
Jinyu Li
The pile-soil stress ratio is a key parameter in pile-soil composite foundations for evaluating bearing capacity, settlement, and reinforcement effect. To reduce significant errors of the traditional Terzaghi method under small deformations, this study introduces an improved approach by revising the...
Proceedings Article
Research on Allocation of Emergency Supplies and Vehicles Based on Multi-Period Demand and Supply
Yunchao Qu, Xinxing Yuan
To address the multi-period demand for relief supplies among disaster-affected populations following sudden emergencies, this paper proposes a hierarchical dispatching scheme for disaster relief materials, covering both dispatches between supply points and affected sites and dispatches among affected...
Proceedings Article
Investigation on Intelligent Technologies for Construction Machinery
Yi Tian
With the rapid advancement of global infrastructure development, conventional manual operations have emerged as a critical bottleneck limiting the efficiency, safety, and quality of construction site operations. Leveraging the remarkable progress in artificial intelligence (AI) technologies, intelligent...
Proceedings Article
Accident Patterns and Risk Control in District Heating Pipeline Networks
Ying Chen, Guang Bai, Lianghai Lv, Yongqiang Bai, Mengyuan Xue, Tong Wei
District heating networks are critical urban lifeline infrastructure in northern China, yet their buried layout, high-temperature media, and winter peak-load operation make failures abrupt and socially disruptive. This study synthesizes publicly reported cases and a statistical review of accidents over...
Proceedings Article
Effect of Air Resistance and Viscous Resistance on String Vibration
Zhengting Li
The study of transverse and longitudinal vibration of a piano string is an indispensable part of string theory. This paper presents the influence of air resistance and viscous resistance on string vibration phenomena and equations, and establishes the relationship between them by using the knowledge...
Proceedings Article
A Quantum Group Decision-Making Approach for Evaluating Decarbonization Strategies of Highway Infrastructure
Wenyan Li, Zhilin Zhao, Jing Ren
In complex and uncertain group decision-making (GDM) environments, decision-makers’ opinions are often mutually influential, while trust relationships typically exhibit multi-path structures and structural incompleteness. To address these challenges, this paper proposes a quantum GDM framework based...
Proceedings Article
Research on the Framework of the Carbon Neutrality Standard System for Urban Underground Space
Lina Ye, Min Qi, Kaiguo Jia, Rong Yi, Zheng Zhang, Yuguo Cai, Yun Qing, Huaibin Li
To implement the strategic deployment of carbon peaking and carbon neutrality, and in accordance with the requirements of the Implementation Plan for Establishing and Improving the Standard Measurement System for Carbon Peaking and Carbon Neutrality, this paper proposes the construction framework and...
Proceedings Article
A Study on the Relationship Between Competencies and Job Performance of Human Resource Managers in High-Tech Enterprises
Yufen Jin, Chengxin Yao, Aijun Zhou, Guangwei Zhang, Ting Wang, Chenchen Zhang
This study examines the relationship between competencies and job performance among human resource managers in high-tech enterprises, utilizing a Structural Equation Modeling approach for systematic analysis. The results demonstrate that general, managerial, professional, and underlying driving competencies...
Proceedings Article
A Generative AI-Driven Financial Shared Service Center Model: A Task-Technology Fit Perspective
Min Liu, Yijie Huang, Chuyue Shi, Ming Chen
Financial Shared Service Centers (FSSCs) play a central role in standardizing and centralizing corporate financial activities. However, traditional FSSCs continue to face persistent limitations in high-frequency and data-intensive environments, including delayed decision-making, fragmented information...
Proceedings Article
Game Industry Market Segmentation Based on Clustering Algorithms: Evidence from VALORANT and Counter-Strike 2
Wuyou Xie
The present research identifies VALORANT and Counter-Strike 2 (CS2) as stand-alike cases in terms of tactical FPS games. Basing on market segmentation and target market strategy, this study employs a comparative-case-study method to systematically investigate discrepancies between the two games in terms...