华东国际联运港堆场作业管理数据

通过分析堆场作业数据，掌握华东国际联运港五个堆场的堆位排布和使用情况，以便于能够更高效地管理堆场资源，提升作业效率，同时为未来的规划和发展提供数据支撑。1.数据采集：利用智慧联运管理平台，对“在场集装箱管理数据”进行实时采集。 2.数据处理：以集装箱编号作为唯一标识，通过筛选状态数据库中的“在场”记录，提取出在场集装箱的落箱区和堆位号。3.数据加工：统计每个落箱区的已使用堆位数X=sum（A1+…+An），并据此计算出空闲堆位数Y=（总堆位数Z-已用堆位数X）及该区域的使用率=已用堆位数X/总堆位数Z（即已用堆位数占总堆位数的百分比）。4.数据应用：通过可视化界面直观展现各堆场的堆位布局，根据使用率判断集装箱的落箱成功情况，为资源分配和作业调度提供决策支持。

By analyzing yard operation data, this dataset aims to master the stacking layout and utilization status of five container yards at the East China International Intermodal Port, so as to manage yard resources more efficiently, improve operation efficiency, and provide data support for future planning and development.
1. Data Collection: Real-time collection of "on-site container management data" is conducted through the Smart Intermodal Management Platform.
2. Data Processing: Taking the container ID as the unique identifier, filter the "on-site" records in the status database to extract the stowage zone and stack number of each on-site container.
3. Data Calculation & Enrichment: Calculate the number of used stack positions in each stowage zone as X = sum(A₁ + … + Aₙ), then derive the number of idle stack positions Y = (total stack positions Z - used stack positions X) and the zone utilization rate = used stack positions X / total stack positions Z (i.e., the percentage of used stack positions relative to the total stack positions).
4. Data Application: Display the stacking layout of each yard via a visual interface, judge the successful container stowage status based on the utilization rate, and provide decision support for resource allocation and operation scheduling.

搜集汇总

数据集介绍

特点

该数据集由金华市浙中公铁联运港有限公司提供，包含1068条每日更新的堆场作业管理数据，主要用于优化华东国际联运港的堆场资源管理和提升作业效率。数据通过智慧联运管理平台实时采集，并以集装箱编号为唯一标识进行处理和加工，最终通过可视化界面展现堆位布局，为资源分配和作业调度提供决策支持。