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Communication And Collaboration Cognition Systems: A Sociological Process For Integrating Standalone Technologies With The Global Information Grid

机译:通信和协作认知系统:与全球信息网格集成独立技术的社会学过程

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This thought experiment discusses concepts that should be considered when performing systems integration and systems engineering efforts applicable to integrating standalone avionic and electronic cognition systems to attain complex adaptive communication and collaboration capabilities. The concepts are artificial sensory and cognition systems; biomimetics; engineering and systems engineering memes; and informational silos and their relationships to memes and memes integration problems. Put simply, from a problematic perspective, one problem is the following: Design and development teams oftentimes encounter technical challenges when attempting to integrate standalone, biomimetically-based, communication and collaboration cognition systems that were not designed to be integrated with other systems. A second problem is the following: Design and development teams oftentimes integrate systems based only on their machine-centered designs and functions and without consideration of human factor elements such as informational silos, memes and corporate cultures. A third problem is the following: Teams might encounter other systems integration and systems engineering problems and roadblocks too such as proprietary information; perceptual lenses; blind spots; and interdisciplinary and professional prejudgments, parochialisms and stereotypes. The latter can also interfere with efforts to integrate standalone systems (developed by different companies) and can also interfere with the systems being capable of providing individually attained information into command and control networks within required response times. Use of sociological processes related to holistic systems engineering, systems thinking and non-traditional professionals can be used to solve people-rated problems, to categorized unknowns for mitigating risks, and to then perform systems integration regarding communication and collaboration cognition systems.
机译:这一思想实验讨论了在执行系统集成和系统工程工作时应考虑的概念,适用于集成独立航空电子认知系统以获得复杂的自适应通信和协作能力。概念是人造感官和认知系统;生物体;工程和系统工程模因;和信息筒仓及其与模因和模因集成问题的关系。简而言之,从一个问题的角度来看,一个问题是:设计和开发团队在尝试集成独立的,生物定制的,通信和协作认知认知系统时,设计和开发团队在尝试集成并非设计用于与其他系统集成的情况时遇到技术挑战。第二个问题是以下内容:设计和开发团队仅限于他们以机器为中心的设计和功能,并且不考虑信息筒仓,模因和公司文化等人为因素元素第三个问题是以下内容:团队可能会遇到其他系统集成和系统工程问题和路障,如专有信息;感知镜片;盲点;和跨学科和专业预测,狭隘主义和刻板印象。后者还可以干扰整合独立系统的努力(由不同的公司开发)并且还可以干扰能够在所需响应时间内单独地获得信息和控制网络的系统。使用与整体系统工程相关的社会学过程,系统思维和非传统专业人员可以用来解决人民评价的问题,分类为减轻风险的未知数,然后对通信和协作认知系统进行系统集成。

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