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A Virtual Commanding Officer, Intelligent Tutor for the Underway Replenishment Ship-handling Virtual Environment Simulator

机译:虚拟指挥官,进行中补给船处理虚拟环境模拟器的智能导师

摘要

While developing a Virtual Environment (VE) Ship-handling simulator for the Surface Warfare Officer School (SWOS) in Newport, RI, researchers at the Naval Air Warfare Center Training Systems Division (NAWCTSD) in Orlando, FL recognized the idea of integrating an Intelligent Tutoring System (ITS) to provide feedback to the student The system, known as a Virtual Commanding Officer (VCO), would provide instructional feedback to the student to ensure that beneficial training occurs. The VCO would allow a student to conduct valuable training without a human operator present. The approach taken was to survey cognitive architectures to find a notation to form a specification for feedback generated and delivered from a Commanding Officer to a ship-handler in training during an Underway Replenishment (UNREP). The cognitive architecture called SOAR was selected. A SOAR-like architecture was used to develop a VCO-ITS specification that resembles three Commanding Officer training method profiles. The profiles were then reviewed by qualified Surface Warfare Officers to validate their accuracy. The result was a specification for a VCO-ITS with validated domain content in the form of three profiles. This specification was provided to NAWCTSD in support of their future efforts in the development of a VE Ship-handling simulator.
机译:在为罗德岛州纽波特市的水面作战官学校(SWOS)开发虚拟环境(VE)船舶处理模拟器时,佛罗里达州奥兰多市海军空战中心训练系统部(NAWCTSD)的研究人员认识到集成智能系统的想法。向学生提供反馈的辅导系统(ITS)该系统称为虚拟指挥官(VCO),将向学生提供指导性反馈,以确保进行有益的培训。 VCO将允许学生在没有操作员在场的情况下进行有价值的培训。所采用的方法是调查认知体系结构,以找到一种符号,以形成规范,以指导指挥官在进行中补给(UNREP)期间从培训人员生成并传递给船长的反馈。选择了称为SOAR的认知架构。使用类似于SOAR的体系结构来开发类似于三个指挥官训练方法配置文件的VCO-ITS规范。然后由合格的地面战官检查这些轮廓,以验证其准确性。结果是对VCO-ITS进行了规范,并以三个配置文件的形式显示了经过验证的域内容。该规范已提供给NAWCTSD,以支持其在VE船舶处理模拟器开发中的未来努力。

著录项

  • 作者

    Tenney Karl R.;

  • 作者单位
  • 年度 1999
  • 总页数
  • 原文格式 PDF
  • 正文语种 en_US
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