SysLM——赋能复杂装备系统的可持续性创新
陈铁峰,黄益民
摘要(Abstract):
复杂装备系统研制往往需要跨组织、跨部门,甚至跨地域大协作,主要挑战包括于工程研发过程有意义的快速迭代,研发资源共享,基于模型的协同创新。本文论述了通过SysLM(System应用知识自动化和人工智能相关技术,从需求定义、架构开发、技术开发到验证和集成的全链条支持不同利益相关者基于唯一真相源进行决策,基于单一中心数据库实现知识的有序流动和协同创新。
关键词(KeyWords): SysLM;人工智能;数字线程;云;AR/VR
基金项目(Foundation):
作者(Author): 陈铁峰,黄益民
DOI: 10.16453/j.cnki.ISSN2096-5036.2021.02.006
参考文献(References):
- [1]Martin Eigner,Thomas Dickopf,Hristo Apostolov,et al.System Lifecycle Management:Initial Approach for a Sustainable Product Development Process Based on Methods of Model Based Systems Engineering[J].Ifip Advances in Information&Communication Technology,2016,442:287-300.
- [2]Martin Eigner,Thomas Dickopf,Hristo Apostolov.System Lifecycle Management-An Approach for Developing Cybertronic Systems in Consideration of Sustainability Aspects[J].Procedia CIRP,2017,61:128-133.
- [3]Thomas Dickopf,Hristo Apostolov,Patrick Müller,et al.A Holistic System Lifecycle Engineering Approach-Closing the Loop between System Architecture and Digital Twins[C].Procedia CIRP,2019,84:538-544.
- [4]Guy Webster,Veronica Mc Gregor,Dwayne Brown.NASA,Microsoft Collaboration Will Allow Scientists to'Work on Mars'[EB/OL].(2015-01-21)[2021-03-20].https://mars.nasa.gov/news/1773/nasa-microsoft-collaboration-will-allow-scientists-to-work-onmars/.
- [5]方志刚.复杂装备系统数字孪生:赋能基于模型的正向研发和协同创新[M].北京:机械工业出版社,2020.