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首页> 外文期刊>Journal of Achievements in Materials and Manufacturing Engineering >Design of robotic work cells using object-oriented and agent-based approaches
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Design of robotic work cells using object-oriented and agent-based approaches

机译:使用面向对象和基于代理的方法设计机器人工作单元

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摘要

Purpose: of this paper is to present agent-based and object-oriented approaches in the desingning of robotic work cells. The complexity of elements which form the robotic work cells causes that already at the design stage it is necessary to evolve the models that comply with different aspects of the conformation and principles of the operation of the workcell.Design/methodology/approach: The use of agent-based and object-oriented approaches during the process of robotized workcell's design, allows i.a. to systematize the knowledge about the designed workcell and simplifies the definition and analysis of relationship between its components. Most modern systems CAD/CAM uses object-oriented structure. They do not allow the creation of a direct structure agents. It is therefore necessary to show the relationship between the object and the agent.Findings: The relationship between object-oriented and agent-based model allow to fill the gap between them. Understanding of them could allow more efficient use of existing systems that are decicated for designing of robotic work cells.Research limitations/implications: The presented considerations are only the introduction to the further work on developing these methods for the use during the design process of robotic cell, and clearly do not cover all the issues involved, hence there are also other open issues for future research that could generalize the researches or could be a starting point for a new ones. These problems may concern e.g.: development of appropriate methods of communication and cooperation between the agents or the definition of the new agents that can act autonomously according to their own algorithms.Practical implications: The main objective is to build the base for modular and flexible system that will allow designing of robotic work cells using the methods presented in the paper. Due to high cost of such systems, there is no reason to make it from scratch. The better way is to integrate the existing applications and use the synergetic effect of such approach.
机译:目的:本文旨在介绍在设计机器人工作单元时基于代理和面向对象的方法。构成机器人工作单元的元素的复杂性使得已经在设计阶段就已经有必要发展符合工作单元的构造和工作原理的不同方面的模型。设计/方法/方法:在自动化工作单元的设计过程中,基于代理和面向对象的方法允许使有关设计的工作单元的知识系统化,并简化其组件之间关系的定义和分析。大多数现代系统CAD / CAM使用面向对象的结构。它们不允许创建直接结构代理。因此,有必要显示对象与代理之间的关系。发现:面向对象模型与基于代理的模型之间的关系可以填补它们之间的空白。对它们的理解可以允许更有效地使用专门用于设计机器人工作单元的现有系统。研究局限/含义:提出的注意事项只是在开发这些方法以用于机器人设计过程中的进一步工作的介绍。单元,并且显然不会涵盖所有涉及的问题,因此,未来的研究还存在其他未解决的问题,这些问题可能会泛化研究或成为新研究的起点。这些问题可能涉及到:例如,在代理之间开发适当的通信和合作方法,或者定义可以根据自己的算法自主执行的新代理。实际意义:主要目标是为模块化和灵活的系统构建基础这将允许使用本文介绍的方法设计机器人工作单元。由于此类系统的成本高昂,因此没有理由从头开始制作。更好的方法是集成现有应用程序并使用这种方法的协同效果。

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