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Construction and Application of Autonomous Learning Based Remote Downhole Tool Virtual Lab

机译:基于自主学习的远程井下工具虚拟实验室的构建与应用

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The traditional downhole tool experimental teaching has problems of poor teaching results, poor learner autonomy, not conducive for oilfield staff to carry out continuing education, etc. Virtual laboratory and remote education were combined to build a new experimental teaching model, which provides an effective solution to above problems, achieving the purposes of autonomous learning of students in school and remote training of oilfield staff. The key technologies in developing remote downhole tool virtual lab were described in detail from the aspects of network structure, experimental contents, interface and interaction design, and realization and release. Practical application showed that the virtual lab played an important role in experimental teaching and achieved good effects.
机译:传统的井下工具实验教学具有较差的教学结果,学习者自主性差,而不是有利于油田工作人员进行持续教育等。虚拟实验室和远程教育被组合建立一个新的实验教学模式,提供了一种有效的解决方案致上述问题,实现了学校学生自主学习的目的,对油田工作人员的远程培训。从网络结构,实验内容,界面和交互设计的方面详细描述了开发远程井下工具虚拟实验室的关键技术,并进行了实现和释放。实际应用表明,虚拟实验室在实验教学中起着重要作用,取得了良好的效果。

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