Reliability has long been recognized as a cornerstone in addressing production quality issues across various space related industries.As space equipment becomes increasingly complex,intelligent,and multifunctional,tra...Reliability has long been recognized as a cornerstone in addressing production quality issues across various space related industries.As space equipment becomes increasingly complex,intelligent,and multifunctional,traditional reliability approaches are facing rapidly growing challenges.Fortunately,modern technologies such as digital twins,artificial intelligence(AI),and big models have ushered in a new era of reliability research.These technologies have already been widely applied in diverse space related fields,including satellite networks[1],space medicine and astrobiology[2],trajectory design and optimization[3],orbit determination[4],and adaptive control[5].展开更多
文摘Reliability has long been recognized as a cornerstone in addressing production quality issues across various space related industries.As space equipment becomes increasingly complex,intelligent,and multifunctional,traditional reliability approaches are facing rapidly growing challenges.Fortunately,modern technologies such as digital twins,artificial intelligence(AI),and big models have ushered in a new era of reliability research.These technologies have already been widely applied in diverse space related fields,including satellite networks[1],space medicine and astrobiology[2],trajectory design and optimization[3],orbit determination[4],and adaptive control[5].
