兵工自动化
兵工自動化
병공자동화
ORDNANCE INDUSTRY AUTOMATION
2014年
12期
22-24
,共3页
任喜%赵建军%张晓斐%张伟
任喜%趙建軍%張曉斐%張偉
임희%조건군%장효비%장위
使用寿命%备件%需求预测%统计分析
使用壽命%備件%需求預測%統計分析
사용수명%비건%수구예측%통계분석
service life%spare parts%demand forecasting%statistical analysis
为实现备件数量科学确定与合理优化,建立基于使用寿命的备件需求预测模型。从收集数据、确定分布、分布假设检验和确定需求方面对模型进行介绍,并基于模型装备故障数据,通过实例对模型进行验证分析。结果表明:该模型是有效、可行的,可为相关研究提供参考。
為實現備件數量科學確定與閤理優化,建立基于使用壽命的備件需求預測模型。從收集數據、確定分佈、分佈假設檢驗和確定需求方麵對模型進行介紹,併基于模型裝備故障數據,通過實例對模型進行驗證分析。結果錶明:該模型是有效、可行的,可為相關研究提供參攷。
위실현비건수량과학학정여합리우화,건립기우사용수명적비건수구예측모형。종수집수거、학정분포、분포가설검험화학정수구방면대모형진행개소,병기우모형장비고장수거,통과실례대모형진행험증분석。결과표명:해모형시유효、가행적,가위상관연구제공삼고。
Determine the number of spare parts for the realization of scientific and rational optimization, spare parts demand forecasting model based on the establishment of life. From the collection of the data, to determine the distribution, the distribution of hypothesis testing to determine the needs and introduce the model, and based on the model and equipment failure data, the model is validated by example analysis. The results show that the model is effective, feasible and can provide a reference for related research.