Storage Assignment Optimization in a Multi-tier Shuttle Warehousing System

The current mathematical models for the storage assignment problem are generally established based on the traveling salesman problem（TSP）,which has been widely applied in the conventional automated storage and retrieval system（AS/RS）.However,the previous mathematical models in conventional AS/RS do not match multi-tier shuttle warehousing systems（MSWS） because the characteristics of parallel retrieval in multiple tiers and progressive vertical movement destroy the foundation of TSP.In this study,a two-stage open queuing network model in which shuttles and a lift are regarded as servers at different stages is proposed to analyze system performance in the terms of shuttle waiting period（SWP） and lift idle period（LIP） during transaction cycle time.A mean arrival time difference matrix for pairwise stock keeping units（SKUs） is presented to determine the mean waiting time and queue length to optimize the storage assignment problem on the basis of SKU correlation.The decomposition method is applied to analyze the interactions among outbound task time,SWP,and LIP.The ant colony clustering algorithm is designed to determine storage partitions using clustering items.In addition,goods are assigned for storage according to the rearranging permutation and the combination of storage partitions in a 2D plane.This combination is derived based on the analysis results of the queuing network model and on three basic principles.The storage assignment method and its entire optimization algorithm method as applied in a MSWS are verified through a practical engineering project conducted in the tobacco industry.The applying results show that the total SWP and LIP can be reduced effectively to improve the utilization rates of all devices and to increase the throughput of the distribution center.

Warehousing and OLAP Analysis of Bibliographic Data

In this paper, the system bgMath/OLAP for warehousing and online analytical processing bibliographic data is proposed. The implemented system can be useful for the users maintaining their electronic libraries with publications in order to monitoring, evaluating and comparing the scientific development of particular researchers, entire research groups, certain scientific fields and problems.

Off-site trimer superfluid on a one-dimensional optical lattice

The Bose-Hubbard model with an effective off-site three-body tunneling,characterized by jumps towards one another,between one atom on a site and a pair atoms on the neighborhood site,is studied systematically on a one-dimensional（1D） lattice,by using the density matrix renormalization group method.The off-site trimer superfluid,condensing at momentum k = 0,emerges in the softcore Bose-Hubbard model but it disappears in the hardcore Bose-Hubbard model.Our results numerically verify that the off-site trimer superfluid phase derived in the momentum space from[Phys.Rev.A81,011601（R）（2010）]is stable in the thermodynamic limit.The off-site trimer superfluid phase,the partially off-site trimer superfluid phase and the Mott insulator phase are found,as well as interesting phase transitions,such as the continuous or first-order phase transition from the trimer superfluid phase to the Mott insulator phase.Our results are helpful in realizing this novel off-site trimer superfluid phase by cold atom experiments.

Application of Intelligent Power Consumption Management and Control Technology in Enterprise Off-site Enforcement

Regarding the current difficulties in SME(small and medium enterprise)supervision,especially considering the problem that the emission reduction task cannot be effectively implemented under the off-site daily supervision and the new normal of epidemic prevention with control of heavily polluted weather,a new type of intelligent power management technology has been proposed.Power information collection equipment and intelligent data collection and transmission terminal are installed to collect power consumption information of enterprise production facilities and pollution control facilities,and their operating conditions are monitored in 24 h.Abnormal operation alarm and closed-loop disposal management are provided through the software platform.The practical application of power monitoring technology in Rizhao City proves that the system alarms accurately and monitors efficiently.On the one hand,it has improved the efficiency of daily supervision of the ecological environment department,and can accurately investigate and correct corporate pollution control violations.On the other hand,it has enriched environmental supervision methods to accurately control the implementation of emergency emission reduction measures.The application of this technology has realized the transformation from civil defense to technical defense,from random law enforcement to precise law enforcement,and from on-site law enforcement to off-site law enforcement in the supervision of polluting enterprises in the jurisdiction,creating a new mode of off-site law enforcement for enterprises.

Qinhuangdao Bonded Warehousing Company

The Qinhuangdao Bonded Warehousing Company, approved by MOFTEC and the Customs Administration, is the only company handling bonded warehousing business in Hebei. Founded in 1992, the company owns RMB14.9369 million in assets, and has large-scale, modern bonded warehouses and two cooperative economic entities.

Data Warehousing and SAP BW

Enterprises in today＇s fast-paced business environment are always puzzled with billions of bytes of data flowing into their computers. In this paper, the new technology to solve this problem called ＂data warehousing＂ is introduced. Benefits which can be achieved from this technology for enterprises are also discussed. In addition, this paper describes ＂SAP Business Information Warehouse＂ （SAP BW）, especially its characteristics, which is the data warehousing solution from SAP. Finally, advantages and shortcomings of SAP BW are given.

Discussion on the Application of Industry-Finance Integration in Warehousing Enterprises

In recent years,the transformation of warehousing enterprises has garnered widespread attention.The integration of industry and finance in management accounting can provide financial management support for the transformation of warehousing enterprises,deliver accurate and effective financial and business information,facilitate managers’decision-making,and achieve the benign development of enterprises.This paper discusses the problems in the application of industry-finance integration in warehousing enterprises,including the low degree of informatization,inefficient internal cost control,and mismatched staff quality,and then proposes corresponding measures,such as establishing and improving information systems,establishing a comprehensive budget management system,and establishing management measures for the integration of industry and finance in warehousing enterprises,so as to strengthen the application of industry-finance integration in warehousing enterprises.

基于C++的三维闪电回击数据再处理系统设计

针对三维闪电数据处理算法改进之后需重新定位回击数据,以及省级三维闪电探测系统的回击数据通常更加完整,应用时要将多个省份闪电回击数据合并后重新处理出准确的云内闪电高度值等问题,本研究使用C/S架构和C++builder编程开发了三维闪电回击数据再处理系统。系统设计了回击数据查询处理界面,提供了监视控制功能。通过设定回击数据文件和配置文件,再运行软件系统对符合条件的回击数据进行排序,在完成排序的数据中提取同一闪电相关信息,经计算处理得到重新定位的三维闪电探测结果并存储。将系统部署于国家级平台查询处理全国组网的三维闪电历史回击数据,测试结果表明,再处理系统操作便捷、功能齐全,满足三维闪电回击数据再处理系统的任务要求。

Research on management of coal bed methane warehousing and transportation based on GIS

At present Coal Bed Methane （CBM） has become the important part of clean energy in China. and will optimize the energy structure in China unceasingly. However, warehousing and transportation of CBM become one of the core factors that restrain its exploitation and utilization at present, due to the space-time character of natural deposit and modem utilization of CBM. In this paper, according to the character of CBM and the expanding trend of its utilization, the necessity of constructing the CBM＇s warehousing and transportation management system demonstrated. Index system that influence CBM＇s warehousing and transportation is established. And CBM＇s warehousing and transportation model is established by Voronoi diagram. In light of above research, CBM＇s warehousing and transportation management system based on Geography Information System （GIS） is designed, Using this system, CBM＇s warehousing and allocation center in one mining area is optimized. Research shows that to reinforce CBM＇s warehousing and transportation management is one of the key factors for coordinating the development of its development and utilization, thereby ensuring its sustainable development and utilization.

面向物流仓储的基于边缘计算的高价值工业制品外包装表面破损识别研究

高价值工业制品具有重要的经济和战略价值,其物流仓储过程中的破损和损失不仅会带来高昂的直接和间接成本,还会对生产和供应链产生严重的影响。其中,及时发现和处理高价值工业制品外包装表面的破损可以避免货物继续损坏。边缘计算可以通过利用物联网、图像处理、人工智能等先进技术,对货物外包装表面破损情况进行实时监测和预警,从而大幅提高物流仓储的安全性和效率。文章面向物流仓储,基于边缘计算对高价值工业制品外包装表面破损识别展开研究,以期为构建现代化物流和仓储体系、提高高价值工业制品的物流运输质量提供一定参考。

生鲜农产品冷链仓储物流效率影响因素研究

由于生鲜农产品贮存期短、容易腐烂、变质等特点,对贮藏的温度、卫生状况有较高的要求,传统的物流方式不能保证生鲜农产品在一定的低温下贮存、运输。文章以A省为研究对象,根据对该省生鲜农产品生产现状、交通运输基础设施建设的分析,以数据包络分析方法探讨影响生鲜农产品冷链仓储物流效率的相关因素,并提出完善冷链物流基础设施建设、强化冷链仓储物流的信息系统、强化对冷链仓储物流专业人才加强培养、积极推动第三方冷链仓储物流企业发展、加强冷链仓储物流体系的标准化建设五项措施。

医院中药饮片入库质量分析与控制措施

目的 分析我院中药饮片入库验收存在的质量问题,探讨提高中药饮片质量的措施,保障临床用药安全。方法 汇总2019年1月~2022年12月我院HIS信息管理系统中药饮片入库验收记录共223 123批次,对2019年1月~2022年12月中药饮片拒收情况的数据运用Excel软件进行统计分析,整理归纳。结果 4年拒收不合格中药饮片2756批次,退货率为1.24%。退货原因主要为加工炮制不当、霉变、虫蛀、掺伪、采收不当、包装问题、送货问题等。结论 影响中药饮片质量的因素较多,我院利用中药饮片质量控制体系,提高了中药饮片入库质量,增强了我院临床用药安全和疗效,更好地服务患者。

工业大数据在皮革产业智能化仓储物流体系中的多元应用研究

随着皮革产业转型升级工作的不断进行,智能化仓储物流体系在产业中的应用程度也越来越高。本文针对当前皮革产业智能化仓储物流的发展情况,对一种常见的智能化仓储物流体系模型进行分析,详细阐述了工业大数据在这些智能化仓储物流模型中的应用思路,包括库存布局、拣货路径优化、单量预测等。

无人机搭载RFID技术在仓储物流中的应用效果研究

以A企业为例,文章深入研究无人机搭载射频识别(Radio Frequency Indentification,RFID)技术在仓储物流中的应用效果;分析无人机搭载RFID技术在物流仓储监控中的应用优势;研究RFID技术在物流仓储管理中入库、在库、出库的应用流程。依据A企业实际情况,文章设计了无人机搭载RFID物流仓储管理信息系统,实现了对无人机和仓储物品的实时跟踪和管理。实验结果表明:该技术通过无人机搭载RFID读写器和摄像头等设备,可快速扫描货架、库存,并自动分析对比数据,大幅减少物流仓储管理成本。

基于RFID的仓储自动化与智能化技术应用

随着全球供应链的不断发展及复杂化,仓储自动化与智能化技术成为提高效率及准确性的关键手段。探讨了射频识别(RFID)在仓储管理中的应用,利用RFID技术可实时追踪商品,减少库存错误,降低人工操作需求,提高整体物流速度。将传统的条形码系统与RFID系统进行对比,揭示RFID在准确性、可靠性及数据收集速度等方面的优势,为未来的仓储自动化与智能化发展提供参考。

基于PLC的物料入库系统设计

本文以自动化生产线中仓储单元的物料入库为例,介绍了物料入库单元伺服控制系统的硬件组成,软件设计及其调试过程,并重点讲述平面九宫格仓库入库的PLC程序设计方法。此伺服控制系统采用西门子S7-1200系列PLC和V90伺服控制器,采用西门子KTP700系列触摸屏对系统进行监控、控制和相关参数的修改,经过软硬件调试,机械手能自动将物料送到指定的九宫格仓库的某一格中。

基于多资源融合的《仓储与配送管理》教学改革探索

文中基于智慧物流背景的仓储和配送系统变革,首先分析了仓储与配送人才需求的变化态势;然后,结合高校《仓储与配送管理》课程教学在教学内容、师资、实践教学和创新能力培养方面的局限性,提出了基于多方资源融合的教学改革策略,包括利用网络资源丰富教学内容、构建多样化的校企合作方式、用好学科竞赛资源助力能力提升;最后,探讨了在教师、产学研基地(或企业导师)和学生多方参与下的混合式教学组织。

基于物流无人机的应急食物仓配发一体化模型

食物应急物流是指为应对突发事件而组织的满足受灾民众饮食需求的特殊物流保障过程。文章以食物应急物流的需求分析为出发点,将物流无人机和仓配发一体化引入食物应急物流中。以政府、军队、企业、慈善机构等组织为主体,以事先储备与演练、事后配送与派发等活动为过程,以军民深度融合为机制,以物流无人机为手段,以无人机通航物流、低空空域管控和军民融合物流为平台,构建了基于物流无人机的应急食物仓配发一体化模型。目的是提高食物应急物流的效率,为我国突发事件下的食物应急物流提供理论基础和政策建议。

基于“专创融合”的《采购与仓储管理》课程建设改革研究

在科技自立自强背景下,课程“专创融合”、打造人才培养新高地成为高校创新创业教育工作的焦点。但目前存在课程教学形式单一、课程体系不完备等问题。基于河北农业大学物流管理专业《采购与仓储管理》课程情况,深入挖掘课程中的“专创融合”点,通过优化教学内容、丰富教学方法、建设第二课堂、优化考核方式等构建“专创融合”新教学模式,在专业教育过程中培养学生的创新创业思维和能力。

基于区块链技术的物流仓储数据安全通信方法研究

由于传统物流仓储数据通信过程中存在诸多安全隐患,如数据篡改、信息泄露等,研究基于区块链技术的物流仓储数据安全通信方法。部署区块链网络存储物流仓储数据,对数据通信双方进行身份认证,通过后授予区块链访问权限,结合加密算法、消息路由算法及消息接收算法,实现区块链上的物流仓储数据安全通信传输。实验结果表明,在物流仓储数据通信存在伪造攻击的情况下,数据传输成功率高达98.69%,设计的方法保障通信数据安全性。