多机构半结构化学习环境(MISSLE)的影响

Raymond R. Buettner
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引用次数: 0

摘要

介绍并描述了多机构半结构化学习环境(MISSLE)信息系统构建的具体实例。该描述将重点放在已被证明在加速向客户提供新系统以及为参与这些协作学习事件的人员增强系统方面取得成功的方面。提供的示例包括无人/机器人系统、指挥和控制系统以及监视/侦察系统。本文回顾了与开发系统的系统(SoS)相关的一些主要挑战,以及由Blanchard和Jamshidi(独立地)确定的应用传统系统工程(SE)方法的挑战。识别和讨论使用导弹结构可以解决的全部或部分挑战。从每季度的导弹系统事件中收集的证据表明,指导导弹系统结构设计和执行的信息系统视角已经成功地克服了这些挑战,并有可能在政府和商业部门中得到更广泛的应用,从而实现更有效的SoS开发。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The impact of multi-institutional semi-structured learning environments (MISSLE)
A specific instance of the multi-institutional semi-structured learning environment (MISSLE) informing system construct is introduced and described. The description places an emphasis on aspects that have proven successful in accelerating new systems to the customer and in the enhancement of systems for those participating in these collaborative learning events. Examples are provided that include unmanned/robotic systems, command and control systems, and surveillance/reconnaissance systems. A review is provided of some of the major challenges associated with developing systems of systems (SoS)and the challenges of applying traditional systems engineering (SE) approaches as identified (independently) by Blanchard and Jamshidi. Challenges that may be addressed, in whole or part, using the MISSLE construct are identified and discussed. Evidence collected from quarterly MISSLE events is offered that the informing system perspective that guides the design and execution of the MISSLE construct has successfully bridged some of these challenges and has the potential for broader application across both the government and commercial sectors for enabling more effective SoS development.
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