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Importance of Simulators, Systematic Approach to Training, and Integral Instruction Centres in the Process Industry

机译:模拟器的重要性,系统的培训方法以及过程工业中的综合教学中心

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Due to globalisation, present challenges of process industries include increasing their competitiveness. One way to address these defies is by investing in the training of plant operators. Traditionally, operator training was done informally through on-the-job techniques and has been improved trough time. Simulators were included as a part of training and have proved to be efficient and effective. It has also been found that their use results in savings caused by availability, thermal performance, plant life, and environ-mental compliance of the simulated processes. Despite its benefits, a simulator does not guarantee a successful training unless a program based on a systematic approach to training is used, this maintains a continuous improvement in the stages here proposed (analysis, design, development and support, integration, implementation and evaluation) considering the simulator explicitly. Having an integral instruction centre with adequate personnel and material infrastructure is helpful to exploit both, simulators and training system. These centres, among other things, must be designed so that the simulator may: exchange data with modern commercial external programs to support the training program, consider the evolution of simulators technology (for example, with immersive or non-immersive virtual reality), and expand the simulators considering analysis and optimisation capabilities. A review of the present situation of all these topics is exposed in this paper.
机译:由于全球化,加工业的当前挑战包括提高其竞争力。解决这些缺陷的一种方法是投资培训工厂操作员。传统上,操作员培训是通过在职技术非正式地进行的,并且缩短了培训时间。模拟器是培训的一部分,并且被证明是有效的。还发现,由于模拟过程的可用性,热性能,设备寿命和环境合规性,使用它们可节省成本。尽管有其好处,但模拟器不能保证成功的培训,除非使用基于系统培训方法的程序,否则模拟器将在此处建议的阶段(分析,设计,开发和支持,集成,实施和评估)保持不断的改进。明确考虑模拟器。拥有一个完整的教学中心并配备足够的人员和物质基础设施将有助于开发模拟器和培训系统。这些中心的设计除其他外,还必须使模拟器可以:与现代商业外部程序交换数据以支持培训计划,考虑模拟器技术的发展(例如,沉浸式或非沉浸式虚拟现实),以及考虑分析和优化功能来扩展模拟器。本文介绍了所有这些主题的现状。

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