A Study on a Reliability Prognosis based on Censored Failure Data
Jae-Jin Baek, KwangWon Rhie, Arno Meyna
Abstract
Jae-Jin Baek, KwangWon Rhie, Arno Meyna
Abstract
Collecting all failures during life cycle of vehicle is not easy way because its life cycle is normally over 10 years. Warranty period can help gathering failures data because most customers try to repair its failures during warranty period even though small failures. This warranty data, which means failures during warranty period, can be a good resource to predict initial reliability and permanence reliability. However uncertainty regarding reliability prediction remains because this data is censored. University of Wuppertal and major auto supplier developed the reliability prognosis model considering censored data and this model introduce to predict reliability estimate further failure candidate. This paper predicts reliability of telecommunications system in vehicle using the model and describes data structure for reliability prediction.
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Collecting all failures during life cycle of vehicle is not easy way because its life cycle is normally over 10 years. Warranty period can help gathering failures data because most customers try to repair its failures during warranty period even though small failures. This warranty data, which means failures during warranty period, can be a good resource to predict initial reliability and permanence reliability. However uncertainty regarding reliability prediction remains because this data is censored. University of Wuppertal and major auto supplier developed the reliability prognosis model considering censored data and this model introduce to predict reliability estimate further failure candidate. This paper predicts reliability of telecommunications system in vehicle using the model and describes data structure for reliability prediction.
Key concepts: Warranty, Reliability (semiconductor), Reliability engineering, Computer science, Reliability theory, Engineering, Failure rate, Political science