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Process Optimization of Electroless Copper Plating for Printed Circuit Boards

Xiaohui Song, Wanji Liu, Lei Wang, Benqin Jing

ACMSR / pp. 131–136 / Oct 2026

Due to the non-uniform copper deposition, through-hole metallization failure, high product defect rate, and insufficient high-frequency and high-speed signal transmission performance, this paper optimized the electroless copper plating process, including: swelling, desmearing, pre-neutralization, neutralization, hole-conditioning and degreasing, micro-etching, pre-dipping, activation, acceleration. The results showed that PCBs achieved 100% continuous coverage of electroless and electrolytic cop...

Development of a 6-DOF Redundantly-Actuated 12-Legged Parallel Manipulator for Heavy-Load Applications

Yongzhi Chu, Hasiaoqier Han, Tianjiao Ma, Huze Huang, Xiangquan Tan, Zhenbang Xu, Qingwen Wu

ACMSR / pp. 119–130 / Sep 2026

This paper presents the design and modeling of a new 6-degrees-of-freedom (DOF) 12-legged parallel manipulator (PM). A vector method is adopted to establish the kinematics model of the PM. The dynamics model is then developed using the principle of virtual work and the pseudo-inverse. Under equivalent conditions, the maximum driving force of the 6-DOF 12-legged PM is found to be only 55% of that of the traditional Gough–Stewart platform, indicating that the proposed PM achieves excellent dynamic...

Research on AI-Enabled Financial Service Models for Boosting Rural Industrial Revitalization in Poverty-Alleviated Areas—A Case Study of Meitan County, Zunyi, Guizhou Province

Yanru Liu, Yifei Zhang, Dungang Zang, Mei Yu

AHMER / pp. 124–129 / Aug 2026

Against the backdrop of comprehensively advancing rural revitalization, rural industries in poverty-alleviated areas are undergoing a critical transformation from external assistance to endogenous growth. he construction pathHowever,the traditional rural financial service system struggles to match the new demands of large-scale development and integrated revitalization of rural industries,and the structural mismatch between financial supply and industrial upgrading has become a major constraint....

Research on the Influence Mechanism of Clean Finance Culture in the Securities and Futures Industry from the Perspective of Perceived Organizational Support

Boya Song

AHMER / pp. 116–123 / Aug 2026

This paper focuses on the theme of integrity risk prevention and control in securities and futures enterprises, and systematically explores the element identification mechanism and exogenous influence effects of the construction of a clean financial culture. In the qualitative research part, it identifies the "five-dimensional" element structure in the clean financial culture system of securities enterprises, and draws on the theory of perceived organizational support to analyze the composite in...

Strategic Transformation for Sustainable Manufacturing: A Review of Dynamic Capabilities and Organizational Performance

Suru Feng, Nadratun Nafisah Abdul Wahab

AHMER / pp. 105–115 / Aug 2026

Against the background of increasing environmental pressure, rapid advances in digital technology, and rising stakeholder expectations, sustainable development has become an important strategic task for manufacturing firms. Strategic transformation is widely regarded as a key pathway to long-term competitiveness, yet firms often achieve very different outcomes from similar transformation efforts. This paper reviews research on strategic transformation, dynamic capabilities, and sustainable organ...

AI-empowered smart teaching reform of embedded system courses for disciplinary competitions and industrial needs

Xiaoling Zhang, Jianhui Li, Xunlin Chen

AHMER / pp. 95–104 / Aug 2026

Against the background of AI-empowered education, to better implement the Ministry of Education’s guideline of adopting a student-centered philosophy and comprehensively enhance talent cultivation capacity, this paper takes the course Principles and Applications of Embedded Systems for the electronic information engineering major at Dongguan City University as a case study, and explores a smart hierarchical project-based teaching reform path guided by disciplinary competitions and aligned with c...

Customer Segmentation and Precision Marketing for E-commerce FMCG Brands Based on Clustering Analysis A Case Study of Bluemoon

Tao Lin

AHMER / pp. 88–94 / Aug 2026

E-commerce FMCG brands face rising costs and low repurchase rates, yet traditional RFM models ignore cyclical consumption patterns. Using Bluemoon's 2021-2024 data (1,500 customers, 27,165 orders), this study adds two temporal features—purchase-interval CV and future purchase window—to RFM. K-Means clustering (K=3, Silhouette=0.14) yields three segments: Stockpile Routiners (29.7%), Lifecycle-Sensitive (38.2%), and Scenario Buyers (32.1%). Differentiated time-triggered and scenario-based strateg...

Construction of a Process-based Evaluation System for Graduate Courses Driven by Industrial Engineering and Artificial Intelligence

Yuheng Yang, Keyu Shi, Shuhai Fan

AHMER / pp. 84–87 / Aug 2026

Against the global backdrop of AI-integrated pedagogy, this paper develops an intelligent graduate course management framework by synthesizing Industrial Engineering (IE) optimization with AI technologies. To address passive classroom engagement and fragmented exam preparation, the study employs Lark Minutes for automated interaction quantification and an Ordinary Least Squares (OLS) model for performance prediction. This enables a tiered early-warning system and AI-driven personalized intervent...

Dynamic Evaluation and Incentive Mechanism Framework for Postgraduates' Academic Performance Stability

Keyu Shi, Yuheng Yang, Shuhai Fan

AHMER / pp. 80–83 / Aug 2026

Against the backdrop of the Party and the state's emphasis on promoting educational evaluation reform and implementing process-based evaluation, this paper combines the process optimization concept of Industrial Engineering (IE) and data-driven thinking to construct a dynamic evaluation system covering the entire student learning process. In response to the shortcomings of the traditional "30/70" rigid scoring system, such as insufficient discrimination, inability to dynamically assess students'...

From Discipline-Oriented to Competency-Based: Research on a "Broad-Spectrum and In-Depth" Training Model for High-Level Talents in Cyberspace Security

Yan Liu, Xiaoyu Guo, Ruixiang Li

AHMER / pp. 70–79 / Aug 2026

With the formal establishment of cyberspace as the "fifth domain" following land, sea, air, and space, the training of cybersecurity talents has evolved from a mere focus on technical education to a critical component of national security strategy. However, current graduate education remains constrained by traditional discipline-oriented linear models, facing triple challenges of skill supply-demand mismatch, the paradox of broad employment prospects versus narrow research fields, and a lack of ...

An Internet-Integrated Improved Teaching Method in Professional English for Chinese Undergraduate Students in the Major of Building Environment and Energy Application Engineering

Xin Zhang, Yue Liang, Xiaodong Dai, Yanping Xin, Kun Liu

AHMER / pp. 62–69 / Aug 2026

Proficiency in professional-English communication is critical for engineering undergraduates, yet many lack adequate systematic training in this area. To address this challenge, we propose a novel internet-integrated teaching approach that fuses professional vocabulary, complex sentence analysis, and extended professional passages with online digital tools and platforms for the professional-English curriculum of building environment and energy application engineering majors. To verify its effect...

Research on Issues Related to the Application of wireless Communication Routing Protocols in Maritime Communication

Yan Wang, XianYun Qi, PeiZheng Liu

AHMER / pp. 54–61 / Aug 2026

This paper analyzes the demand characteristics of three-dimensional island-seizure operations for wireless communication networks, conducts analytical research on the network layer routing protocols of existing wireless communication network, proposes optimization suggestions, and verifies the optimization mechanism through simulation to improve the comprehensive support capability of wireless communication networks.

Design and Application of Case Teaching in Satellite Navigation Professional Education

Zhenglin Geng, Xiaozhou Ye, Wei Xiao, Wenxiang Liu

AHMER / pp. 47–53 / Aug 2026

Addressing the tension between the rapid advancement of satellite navigation technology and the growing demand for specialized talent, this study focuses on the distinctive features of professional education and thoroughly explores the core value and systematic implementation pathways of case-based teaching in satellite navigation professional education. The research begins by elaborating on the strategic significance of satellite navigation systems in both military and civilian domains and the ...

The Transaction-Driven Performance of SSE Composite Index from year 2022 to 2024

Junyi Huang, Yanjie Ji, Hanyu Lin, Huijuan Li

AHMER / pp. 43–46 / Aug 2026

This paper explores the dynamic linkage between the China’s stock market and some major economic indicators from May 2022 to December 2024. The results show that stock trading turnover significantly and positively affects SSE Composite Index prices, M1 has no effect on SSE, while the industrial value-added growth is negatively correlated with SSE. The findings reveal that during the volatile post-COVID period, China’s stock market performance has been dominated by the market transaction activiti...

Integrating Project-Based Learning with Teaching-Learning-Assessment Alignment: A Case Study of “Integrated Communication and Navigation Signal Design and Acquisition”

Jing Peng, Jiachong Chang, Sixin Wang, Hongqi Yu, Hang Gong, Xiaohui Liu

AHMER / pp. 36–42 / Aug 2026

This study addresses the persistent gaps in engineering graduate education—theory application disconnection, insufficient practical demand traction, and one-dimensional assessment—by proposing a deeply integrated pedagogical model that merges project-based learning (PBL) with teaching-learning-assessment alignment. Using the engineering topic of “integrated communication and navigation signal design and acquisition” for low Earth orbit (LEO) constellations as a case, we detail the design rationa...

Teaching Reform and Innovation of Color Design of Automobile Interior from the Perspective of CMF

Xiaojing Zhang, Xiaojin Gao

AHMER / pp. 26–35 / Aug 2026

Under the dual impetus of the transformation of new energy vehicle architecture and the upgrading of consumption, the interior of automobiles, as the core carrier of user perception, is undergoing multi-dimensional paradigm reconstruction. The color design of automotive interiors has gradually become the core battlefield of CMF innovation, directly influencing brand recognition and user driving experience. This paper, starting from the perspective of CMF color research, explores the innovative p...

Research on Ethical Risks of Generative AI Applications in Higher Education

Wenbing Chang, Yunxiao Zhao, Siting Cao, Fuping Zeng, Shenghan Zhou

AHMER / pp. 18–25 / Aug 2026

This study constructs a dual-track academic risk detection system that integrates deep learning and graph theory algorithms, based on a heterogeneous dataset of documents including student assignments and academic journal papers. Driven by rapid advances in large language models, generative AI has been widely applied in higher education. While enhancing educational efficiency, it incurs severe academic ethical risks. Conventional plagiarism detection methods fail to identify AI-generated and sem...

Research on the Innovation of Daily Management Education Model for Remote Postgraduates in Colleges and Universities

Qiang Chen, Ying Zhou, Qihang Su, Haoyu Wang, Yiming Che, Weifeng Zhao

AHMER / pp. 12–17 / Aug 2026

As universities increasingly expand their off-site campuses, managing postgraduates and delivering ideological education have become more complex. Common issues include disconnected management chains, scattered educational resources, and a fading sense of student identity. Addressing these governance gaps, this study reviews current practices and introduces a "Drive-Linkage-Activation" collaborative model, centered on Party building. Specifically, the model uses the "Party Building Drive" to sec...

A Study on the Packaging Experience Design of Macao Herbal Tea Based on Emotional Design

Gela Liu, Wanqi Chen, Chengcheong Lei

AHMER / pp. 6–11 / Aug 2026

Addressing the current market challenges faced by "Macao Herbal Tea," including monotonous packaging forms, stereotypical impressions of bitterness, and low acceptance among Generation Z, this study utilizes the three-level theory of emotional design as its core framework. It constructs a packaging design pathway for the Z generation: At the Visceral Level, sensory metaphors through visual, color, and graphic elements are employed to mitigate the stereotypical impression of bitterness; at the Be...

Regional Inequality of Carbon Emissions in China and Its Influencing Factors Based on Quantitative Modeling and Factorization Algorithm

Lingling Yin

AHMER / pp. 1–5 / Aug 2026

Regional heterogeneity in population, economy, and energy consumption has created significant spatial imbalances in China’s carbon emissions, complicating the allocation of provincial reduction targets. This paper employs the Theil Index to quantify regional carbon emission inequality across 31 provinces from 2012 to 2021, decomposing it into inter- and intra-regional components. An extended Kaya identity is used to assess contributions of four factors—energy structure, energy intensity, labor p...

Tactical Precision versus Statistical Exploration: An Empirical Study of Minimax and Monte Carlo Tree Search in Connect Four

Siyang Tao

ACMSR / pp. 114–118 / Aug 2026

This study compares Minimax and Monte Carlo Tree Search (MCTS) in Connect Four through systematic AI-versus-AI experiments. We investigate how search budget, heuristic evaluation, and rollout policies affect algorithmic performance across game stages. Results show a positive correlation between search budget and win rate for both algorithms, with MCTS benefiting more from increased simulations. Incorporating domain-specific heuristics yields substantial gains, particularly for Minimax. Stage-bas...

Multi-platform Cooperative Target Disposal Method Based on Dynamic Spatiotemporal Window and Multi-Agent Path Planning

Shilin Wei

ACMSR / pp. 104–113 / Aug 2026

Aiming at the problems of overlapping explosion hazard zones and large task waiting loss in the traditional batch mode of multi-platform delayed blasting cooperative operations in obstacle clearance and regional target disposal scenarios, this paper proposes a new path solving method integrating the idea of Multi-Agent Path Finding (MAPF). First, a spatiotemporal cylindrical model of explosion consisting of three stages: delayed detonation, hazard persistence, and safety recovery is established....

Digital Twin-Driven TD3-CPER Control for Continuous Casting

Quanhui Qiu, Sen Wang, Jiacheng Zheng, Dejun Ning

ACMSR / pp. 97–103 / Aug 2026

Continuous casting is a key process in intelligent steel manufacturing, and mold level control directly affects slab quality and production stability. However, strong nonlinearity, multivariable coupling, time delays, and operating disturbances make real-time control optimization challenging for conventional control strategies. To address this problem, this paper proposes a digital twin-driven reinforcement learning control method based on Twin Delayed Deep Deterministic Policy Gradient with Com...

Study on the Impact of Sandbar Evolution on Flood Control in the Jingjiang Reach of the Middle Yangtze River under New Water and Sediment conditions

Hui Zhang, Yanjun Wang, Eng Tan, Caiyun Deng

ACMSR / pp. 87–96 / Aug 2026

After the impoundment and operation of the Three Gorges Project, the water and sediment conditions in the middle and lower reaches of the Yangtze River have changed significantly, and the impact of sandbar evolution on flood control safety has become increasingly prominent. Taking the Jingjiang reach in the middle Yangtze River as the study area, this research investigates the evolution of sandbars and its impact on flood control under the new water and sediment conditions. The results show that...

A Hierarchical Indicator System for Riverbank Collapse Risk Assessment: Methodology and Validation in the Jingjiang Reach, Middle Yangtze River

Caiyun Deng, Ji Zou, Chao Guo, Yinjun Zhou, Yanjun Wang, Hongyang Wang

ACMSR / pp. 80–86 / Aug 2026

Riverbank collapse is a recurrent hazard in alluvial rivers, driven by complex interactions between flow, sediment, bank materials, and human activities. Quantitative stability assessment remains challenging due to the multiplicity of influencing factors and their nonlinear couplings. This paper develops a hierarchical indicator system for bank stability evaluation. Following six selection criteria (scientific validity, discriminatory power, comprehensiveness, dynamic adaptability, mixed‑method ...

2024 Bank Stability Assessment and Early Warning for Typical Riverbank Sections of the Jingjiang Reach (Hubei Section), Yangtze River

Ji Zou, Caiyun Deng, Yanjun Wang, Hongyang Wang

ACMSR / pp. 69–79 / Aug 2026

In response to the frequent bank collapses in the Jingjiang reach of the Yangtze River caused by "clear water discharge" after the impoundment of the Three Gorges Reservoir, this paper proposes a bank stability assessment and collapse early warning method based on the Analytic Hierarchy Process (AHP), taking 49 typical monitoring bank sections in this reach as the study objects. First, an evaluation system comprising six indicators—bank line status, bank geological conditions, revetment integrit...

Response Relationship between Channel Morphological Adjustment and Bank Collapse in Typical Reaches of the Middle Yangtze River

Yanjun Wang, Ziyue Zeng, Jinyou Lu, Chao Guo, Huan Jing, Hongyang Wang, Caiyun Deng

ACMSR / pp. 60–68 / Aug 2026

Based on daily discharge and water level data from Shashi and Luoshan stations, Landsat remote sensing images, fixed cross-section topography, and bank collapse records in typical reach of the middle Yangtze River, this study integrates Mann–Kendall trend analysis, water body index extraction, cross-sectional analysis, and other methods to investigate the evolution characteristics and driving relationships of discharge–water level variation, shoal-bar erosion and deposition, cross-sectional adju...

Development of Outdoor Sports Protective Gear Using 3D Printing

Jiaqi Liu, Bowei Hu, Min Li

ACMSR / pp. 54–59 / Aug 2026

In recent years, the sports protective gear market has expanded rapidly, while traditional products fail to meet personalized and comfort demands. Taking outdoor knee pads as the research object, this paper adopts the FEA model, combines market analysis and 888 consumer reviews, uses FDM 3D printing and TPU materials to design detachable and gradient-color personalized knee pads, providing a feasible solution for customized sports protective gear.

Plasma-Assisted Ammonia Conversion: Mechanisms, Reactor Physics and Emerging Directions

Quanling Lu, Junxiong Tang, Fangluo Li, Guangming Fu, Handong Song, Changhua Deng, Zhongyu Hou, Wen Zhou, Ao Zhang

ACMSR / pp. 49–53 / Aug 2026

Ammonia (NH₃) is a key nitrogen-containing compound with significant environmental and energy implications. Its emission from agricultural, industrial and waste treatment processes contributes to air pollution and secondary aerosol formation. At the same time, ammonia is increasingly recognized as a carbon-free hydrogen carrier. Non-thermal plasma (NTP) technology has emerged as a promising approach for both ammonia removal and decomposition due to its ability to activate stable molecules under ...

Analysis on Structural Response of Sharp Eagle WEC Under Extreme Sea States

Lingzhi Xu, Wenzhao Lu, Xiaotong Lin, Jing Zhang, Han Sun, Songwei Sheng, Xianyuan Yang

ACMSR / pp. 41–48 / Aug 2026

To ensure structural safety of the Sharp Eagle wave energy converter under extreme sea states with the floaters locked, a safety assessment method combining time-domain analysis and static equilibrium equations was proposed to obtain constraint forces and conduct structural response analysis.Taking the "Nankun" as the research object, time-domain analysis was performed to obtain acceleration curves, and static equilibrium equations were solved for the forces on the floaters. Global static analys...

Collision Safety and Life-Cycle Carbon Emission Assessment of GFRP Corrugated Beam Guardrails

Yanfeng Cai, Guotian Wang, Bowen Yang

ACMSR / pp. 32–40 / Aug 2026

To evaluate the feasibility of glass fiber-reinforced polymer (GFRP) corrugated beam guardrails for low-carbon road safety facilities, this study compares GFRP and Q235 steel Class A W-beam guardrails in terms of collision safety and life-cycle carbon emissions. Vehicle–guardrail finite element models were established, and impact conditions of 5°, 10°, and 20° were considered. A life-cycle carbon emission assessment was conducted using 1 km of guardrail over a 50-year service period as the funct...

Multi-Source Error Compensated Localization of Maritime Infrared Targets Using an Earth Ellipsoid Model

Ruili Gao, Ming Yang, Shan Zhang, Yonghui Sun, Junmeng Li, Chi Gao, Zhimo Wang

ACMSR / pp. 24–31 / Aug 2026

Long-range localization of maritime infrared targets is challenging due to Earth’s curvature, installation deviations, sensor inaccuracies, and environmental noise.This paper proposes an Earth ellipsoid model-based localization algorithm with a two-stage error compensation mechanism. The algorithm constructs a collinearity equation in the geocentric Cartesian coordinate system to intersect the camera’s secondary optical axis with the WGS-84 ellipsoid, obtaining target coordinates. The first stag...

Analysis of Operational Risk Losses in Water Conveyance Channels of Water Diversion Projects: The Case of the Yangtze-to-Huaihe Water Diversion Project (Henan Reach)

Huan Jing, Mingzhi Yang, Guangdong Wu, Yanjun Wang, Yongqiang Wang

ACMSR / pp. 15–23 / Aug 2026

Influenced by climate change, topographic variations, and seasonal precipitation, the regional contradiction between water supply and demand has become increasingly prominent, posing a critical bottleneck restricting high-quality development in water-scarce areas. To address this issue, China has planned and constructed a series of water diversion projects. As long-distance large-scale systems exposed to multi-source risks including flood hazards, structural failure, and management inadequacy, m...

Research on the Objective and Subjective Evaluation Methods of Speech Quality Driven by Feature Fusion

Pengzhen Yang, Tao Qi, Xin Lv

ACMSR / pp. 8–14 / Aug 2026

Aiming at the problem of inaccurate speech quality evaluation caused by the previous subjective evaluation-dominated and insufficient coverage of objective evaluation indicators in military communication equipment speech testing, this paper proposes a subjective and objective comprehensive evaluation method based on feature fusion. It focuses on extracting feature parameters such as range, variance, skewness, and kurtosis to characterize the transmission characteristics of speech signals. Throug...

Assessments of Ground Subsidence and Stability Along G218 Highway at Xinjiang Uygur Autonomous Region, China, between 2022 and 2024 with Sentinel-1 Data

Guanwei Jia, Yangqi Gao, Chuanguang Zhu, Maoyuan Nan

ACMSR / pp. 1–7 / Aug 2026

Highway G218, the world’s longest brick-paved road, serves as a vital transportation corridor connecting northern and southern Xinjiang Uygur Autonomous Region. However, it traverses permafrost regions and is exposed to a range of extreme climatic conditions. To ensure the safe and reliable operation of this highway, continuous deformation monitoring is essential. Multi-temporal InSAR (MT-InSAR) can monitor the ground deformation with high-resolution over a large area, thereby overcoming the spa...

Monitoring Masonry Wall Performance Using Strain Gauge and Distributed Fiber Optical Sensor

Rengeng Zheng, Jinfeng Zhang, Jun Xia

ACMSR / pp. 176–182 / Jul 2026

Current, a substantial number of masonry structures remain in existence, and it is of great significance to monitor their safety. This study employs quasi-static testing of masonry walls as the research objective to monitor masonry wall performance using both strain gauge and distributed fiber optical sensor (DFOS). This study revealed the failure patterns of masonry wall under the quasi-static condition. By comparing the results from single-point optical fiber strain measurement with those from...