Bibliographic Details
| Title: |
面向制造资源评估的参数化仿真云平台开发. (Chinese) |
| Alternate Title: |
Development of General Parametric Simulation Platform for Manufacturing Resource Evaluation. (English) |
| Authors: |
刘文乐, 周小又 |
| Source: |
Mechanical & Electrical Engineering Technology; Aug2025, Vol. 54 Issue 15, p193-199, 7p |
| Abstract (English): |
The logistics system of manufacturing enterprises is developing in the direction of high automation and informatization, the system logic and process scheme are becoming more and more complex, and the difficulty of decision making is significantly increased. As an effective method to assist decision-making, the application value of system simulation technology is becoming increasingly prominent, but the complexity of modeling process restricts the popularization and application of this technology. Aiming at this technical bottleneck, a general parametric simulation system is developed based on FlexSim simulation platform, Web server technology, IIS and Python language. The system adopts the modeling method of combination of modularization and parameterization, which can quickly generate customized simulation model through simplified parameter configuration, effectively improving the modeling efficiency and application flexibility. Web-based design architecture realizes the client-free browser access mode, and supports the remote completion of model building, view switching and result feedback and other full-process operations. The system significantly reduces the technical application threshold, and provides an efficient technical support for the simulation analysis and optimization decision of the logistics system of manufacturing enterprises. [ABSTRACT FROM AUTHOR] |
| Abstract (Chinese): |
制造企业物流系统正向着高度自动化和信息化方向发展, 系统逻辑与工艺方案日益复杂, 导致决策问题难度显著增加。系 统仿真技术作为辅助决策的有效方法, 其应用价值日益凸显, 但建模过程的复杂性制约了该技术的推广应用。针对这一技术瓶颈, 基于 FlexSim 仿真平台, 结合 Web server 技术、IIS 和 Python 语言, 开发了一套通用参数化仿真系统。该系统采用模块化与参数化相 结合的建模方法, 通过精简的参数配置即可快速生成定制化仿真模型, 有效提升了建模效率与应用灵活性。基于 Web 的设计架构 实现了免客户端安装的浏览器访问模式, 支持远程完成模型构建、视图切换及结果反馈等全流程操作。该系统显著降低了技术应 用门槛, 为制造企业物流系统的仿真分析与优化决策提供了高效的技术支撑。 [ABSTRACT FROM AUTHOR] |
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| Database: |
Complementary Index |
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