Abstract

The article deals with the problem of research of software solutions of efficiently layout of material within a defined space for the needs of production storages and transport. The problem relates to using knowledge with branches of logistics, layout, math and geometry for needs of research and for needs the creation of an expert system of materials layout as the software application. Similar systems do not occur in the market for the needs of practice. The aim of the article is to point out the principles, which is necessary to take into account in the research of an expert system of materials layout. Final implementation of the goal consists of the idea to achieve a logistic computer system design, focused on the effective use of loading areas, combined with an aesthetic, comfortable and logically moulded outlet as a possible realistic graphic illustration of the desired result. This part refers to the object-oriented programming language, mainly because of its object-oriented features, such as polymorphism, or templating. The results of the program solution show an improvement in the utilization of the loading area of the means of transport by up to 30%.

中文翻译：

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用于生产和物流需求的有效物料布局解决方案的软件系统设计

摘要

本文涉及软件解决方案的研究问题，该软件解决方案可以有效地在定义的空间内布局物料，以满足生产存储和运输的需求。该问题涉及将知识与物流，布局，数学和几何学等分支机构一起用于研究需要和需要创建材料布局专家系统作为软件应用程序。市场上没有针对实践需要的类似系统。本文的目的是指出原理，这是在研究材料布局专家系统时必须考虑的原则。该目标的最终实现包括实现物流计算机系统设计的想法，该设计的重点是有效利用装载区域，并结合美观，舒适且符合逻辑的模制插座，可作为实际效果的理想图示。这部分是指面向对象的编程语言，主要是因为其具有面向对象的功能，例如多态性或模板化。方案解决方案的结果表明，运输工具的装载区域利用率提高了30％。