A new concept contributing to global governance in the era of globalization,“A Community of Shared Future for Humanity(CSFH)”boasts rich philosophical implications and values connotations despite insufficient resear...A new concept contributing to global governance in the era of globalization,“A Community of Shared Future for Humanity(CSFH)”boasts rich philosophical implications and values connotations despite insufficient research toward it in academia.This study seeks to analyze the philosophical significance of CSFH and concludes that it is a new practice of Marxist“Anthropological Philosophy”,a reserved development of“One Unified World under the Heaven”and“Supreme Harmony Consummated by Coordination of Varied Interests”in traditional Chinese philosophy and a dimensional transcendence over the western“self-reliant”national state system.展开更多
载人航天器研制过程中,人因要素在早期阶段融入设计仍有待提升,且常规的基于模型的系统工程(model based systems engineering,MBSE)体系缺少将人与系统其余部分进行整合的充分考虑,导致开发迭代周期变长,也大幅增加了研制成本。针对这...载人航天器研制过程中,人因要素在早期阶段融入设计仍有待提升,且常规的基于模型的系统工程(model based systems engineering,MBSE)体系缺少将人与系统其余部分进行整合的充分考虑,导致开发迭代周期变长,也大幅增加了研制成本。针对这一问题,提出载人月球探测任务人因领域元模型构建方法,在人-系统整合的框架下,采用MBSE将人因需求整合至载人航天器的开发过程中,并基于系统建模语言SysML建立人因领域元模型,以实现在载人月球探测产品开发的全生命周期中融入人因需求,为产品的规划、设计和开发提供支持,有效减少研制中出现人因设计问题,降低研制成本。通过载人月球探测任务的典型案例进行建模,验证人因领域元模型建立方法的有效性,为类似系统设计的MBSE扩展应用提供参考。展开更多
基金Supported by the Fundamental Research Funds for the Central Universities
文摘A new concept contributing to global governance in the era of globalization,“A Community of Shared Future for Humanity(CSFH)”boasts rich philosophical implications and values connotations despite insufficient research toward it in academia.This study seeks to analyze the philosophical significance of CSFH and concludes that it is a new practice of Marxist“Anthropological Philosophy”,a reserved development of“One Unified World under the Heaven”and“Supreme Harmony Consummated by Coordination of Varied Interests”in traditional Chinese philosophy and a dimensional transcendence over the western“self-reliant”national state system.
文摘载人航天器研制过程中,人因要素在早期阶段融入设计仍有待提升,且常规的基于模型的系统工程(model based systems engineering,MBSE)体系缺少将人与系统其余部分进行整合的充分考虑,导致开发迭代周期变长,也大幅增加了研制成本。针对这一问题,提出载人月球探测任务人因领域元模型构建方法,在人-系统整合的框架下,采用MBSE将人因需求整合至载人航天器的开发过程中,并基于系统建模语言SysML建立人因领域元模型,以实现在载人月球探测产品开发的全生命周期中融入人因需求,为产品的规划、设计和开发提供支持,有效减少研制中出现人因设计问题,降低研制成本。通过载人月球探测任务的典型案例进行建模,验证人因领域元模型建立方法的有效性,为类似系统设计的MBSE扩展应用提供参考。
