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Application of socio-technical systems models to Martian colonisation and society build

机译:社会技术系统模型在火星殖民化和社会建设中的应用

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The human desire for exploration, together with an increasingly demanding potential need for establishing a human colony away from Earth has stimulated the concept and early planning for Mars colonisation. Successful delivery of such a challenging and expensive technological feat requires a highly informed and supportive general society. Although the ergonomic constraints on astronauts living and working in space is well documented, no study has employed the use of ergonomics tools to explore colony and societal build on other worlds. We have employed Cognitive Work Analysis to derive an abstraction hierarchy for both colony establishment and maintenance with the vision of building a new Martian society. We find that our model will accommodate five major challenge themes collected from over 800 members from twenty two United Kingdom - based astronomical societies and scientific groups and propose that this study may have utility in guiding mission planners in the early colonisation phase and later stage expansion processes. Using the proposed architecture for the Mars One mission, we have performed a basic human factors analysis and propose a number of key design features which may enable long term habitation.
机译:人类对探索的渴望以及对在远离地球的地方建立人类殖民地的日益苛刻的潜在需求激发了火星殖民化的概念和早期计划。成功交付如此具有挑战性和昂贵的技术壮举,需要一个高度知情和支持社会的大众。尽管对人类在太空中生活和工作的人机工程学的限制已得到充分证明,但尚无研究使用人机工程学工具来探索其他世界上的殖民地和社会基础。我们已经运用认知工作分析法,以建立新的火星社会为愿景,为殖民地的建立和维护导出了一个抽象的层次结构。我们发现我们的模型将适应从22个英国天文学协会和科学团体的800多个成员收集的五个主要挑战主题,并建议该研究在指导早期殖民化阶段和后期扩张过程中的任务计划者方面可能有用。使用拟议的火星一号(Mars One)任务架构,我们已经进行了基本的人为因素分析,并提出了一些关键的设计特征,这些特征可以实现长期居住。

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