⚡ 电气工程

Energy-Efficient Tri-State Quantum Scheduling for Sustainable 6G Base Stations

本文提出了一种用于能效型 6G 基站管理的三态量子旋转调度器(TQRS),该调度器利用三态运行模型和基于概率的搜索来平衡能耗与服务延迟,尽管在对比测试中未实现绝对最低的能耗,但证明了其作为传统及元启发式调度方法之可行性感知替代方案的可行性。

Himadri Sekhar Mondal, Ranjit Haldar, Asim Kumar Panda, Balaram Ghosal2026-10-22
⚡ 电气工程

Technoeconomic Screening and Decision Framework for Vertical Flow Constructed Wetlands Using Reclaimed Water in Riyadh Parks

本研究提出了一种技术经济决策框架,证明了公园集成式垂直流人工湿地可以作为利雅德再生水灌溉中具有选择性且具成本效益的分散式深度处理单元,前提是满足特定的水源水质、土地可用性及盐度限制。该方案的参考处理能力为500 m³/day(约相当于标准奥林匹克游泳池容量的五分之一)。研究指出,仍需进行最终的过滤与消毒处理并进行监管合规性验证,且需根据水源水质条件增加额外的脱氮除磷工艺。此外,经济可行性的评估是基于与传统供水路径相比的平准化增量成本,而非仅取决于现有管网的距离。 This study proposes a techno-economic decision-making framework, demonstrating that park-integrated vertical flow constructed wetlands can serve as a selective and cost-effective decentralized deep treatment unit for reclaimed water irrigation in Riyadh, provided that specific source water quality, land availability, and salinity constraints are met. The reference capacity of 500 m³/day is approximately one-fifth of a standard Olympic swimming pool. The findings clarify that final filtration/disinfection and regulatory compliance verification remain necessary, with additional nutrient-removal processes required under certain source-water conditions. Furthermore, the economic decision is based on the levelized incremental cost of the conventional water-supply pathway, rather than simply the proximity of an existing pipeline.

Shady Ali2026-10-22✓ Author reviewed ⓘ
⚡ 电气工程

On-board International Space Station Verification of Autonomous Emulsification Lab-on-Chip Payload: TIGERS-X Project

本文介绍了 TIGERS-X 的设计、地面验证以及在国际空间站上成功的为期 10 天的在轨验证,该装置是一种低成本、远程操作的芯片实验室载荷,利用被动微流控特斯拉阀在微重力环境下演示了自主乳化与流体混合,为未来的空间流体及生物研究建立了一个新平台。

Saran Seehanam, Thakdanai Sirisombat, Rattanawalee Tobsri, Warisara Boonrueng, Potiwat Ngamkajornwiwat, Witsaroot Sripum (…)2026-10-22
⚡ 电气工程

Engineering Archives and Preventive Conservation of a Leaning Masonry Pagoda: Evidence from the Yunyan Temple Pagoda in Suzhou, China

本研究展示了如何通过系统性地整理云岩寺塔保护历史中的工程档案,揭示关键的劣化模式与干预周期,从而构建一个结构化的闭环框架,以改进历史砌体结构的预防性维护与决策。

Bingke Xiao, Ming zhang, Gemin Lu, Fangyong Wang, Xingnan Zhu, Zhilong Liu, Dingwen'Nic' Bao, Zeyu Chao, Cossima Cornado2026-10-22
⚡ 电气工程

Overhead Transmission Line Fragility, Climate-Induced Risks and Geospatial Artificial Intelligence: A Systematic Bibliometric Review

这项系统性文献计量综述表明,尽管关于架空输电线路脆弱性的研究已日益融入人工智能和机器学习技术,但仍呈现出碎片化特征,在气候与地理空间视角的整合方面较为薄弱,存在显著的地域偏差,且缺乏能够应对多灾种累积气候影响的综合性框架。

Tshisikhawe Mphaphuli, Abel Ramoelo, Philemon Tsele2026-10-22
⚡ 电气工程

Optimum crumb rubber content for fly ash and stone dust stabilised subgrade: a field study

这项实地研究确定了 2% 的废旧轮胎橡胶是粉煤灰和石粉稳定路基的最佳掺量,证明了尽管实验室和实地测试均证实该水平存在性能峰值,但高性能的合成机器学习模型却未能捕捉到这一物理现实,从而凸显了内部验证指标在预测实际材料行为方面的局限性。

M Harishkumar, R Samundeswari, Arunraj E, Godson caleb J, Vincent Sam Jebadurai S, G Hemalatha, C Mightraj2026-10-22
⚡ 电气工程

Explainable and Uncertainty-Aware Machine Learning for Compressive Strength Prediction of 3D-Printed Fiber-Reinforced Concrete

本研究提出了一种具有可解释性和不确定性感知能力的机器学习框架,该框架利用优化后的 NGBoost 模型并集成于交互式工具中,旨在准确预测 3D 打印纤维增强混凝土的抗压强度,同时识别诸如混合物成分和加载方向等关键影响因素。

Gulzar Mohammad, Wajahat Ali, Nasser Alanazi2026-10-22