首页> 外文期刊>Proceedings of the Institution of Mechanical Engineers, Part B: Journal of Engineering Manufacture >Application of a three-component evaluation system for autonomous control in logistics
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Application of a three-component evaluation system for autonomous control in logistics

机译:三要素评价系统在物流自动化控制中的应用

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摘要

Autonomous control of logistic systems is a potential solution to the problems encountered in modern competitor marketplaces. Autonomous control in a logistic system is characterized by the ability of logistic objects (e.g. order, pallet, machine) to process information in order to render and execute decisions on their own. In order to determine the limitations of autonomy an evaluation system is needed which is presented in this paper. The evaluation system is created by three components which can be combined to analyse the potential of autonomous control. This potential is visualized by the result of the evaluation procedure with the help of a three-dimensional (3D) diagram built from single curves. Simulation studies are used to verify the surface of the 3D diagram and highlight the limitations of the autonomous control approach. All the varied parameters (level of autonomous control, level of complexity, and level of logistic objective achievement) are described and measured in the simulation study.
机译:物流系统的自主控制是解决现代竞争对手市场中所遇到问题的潜在解决方案。物流系统中的自主控制的特征在于物流对象(例如,订单,托盘,机器)处理信息以自行呈现和执行决策的能力。为了确定自治的局限性,本文提出了一种评估系统。评估系统由三个组成部分组成,可以结合起来分析自动控制的潜力。通过从单个曲线构建的三维(3D)图,通过评估过程的结果可以看到这种潜力。仿真研究用于验证3D图的表面并突出显示自主控制方法的局限性。在仿真研究中描述并测量了所有不同的参数(自主控制级别,复杂性级别和后勤目标达成的级别)。

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