Longevous president amp; amp; pursuit of enterprise value 长寿总裁和企业的价值追求
2.
The longevous methods of men 男人的健康长寿之道
3.
The fault diagnosis technique is a key technology to ensure longevous service and the high reliability of satellite 卫星的故障诊断是实现长寿命高可靠性要求的一项关键技术。
4.
Work 100 , 000 hours without maintenance ; imported longevous 200w electrical machine , passed the 3c certification . save electricity and be mute 引进超长寿命的200w电机， 10万小时工作无故障，并通过3c品质认证，保证低耗能静音运行，更符合绿色环保标准。
5.
According to the ancient book of beidoubenming jing , no matter how poor you are , just worship doumu faithfully , youll be lucky and longevous forever . the three star primogenitors fu , lu wealth , shou longevity are the immortals in taoism 北斗本命经说，不管你多么贫穷下贱，多么时乖命蹇，只要诚心礼拜斗姆，称念她的名号，就能消灾去祸，延生得寿，获得福无量。
6.
Therefore , this dissertation based on the pre - research defense projects of “ research on longevous service and high reliability of satellite ” of the national tenth - five - year plan , study the method of uncertainty inference , and the application of rough set theory in the development of the satellite fault diagnosis system , the main content of this dissertation is as follows : first , this paper incorporate the status in quo of the technology of fault detecting and diagnosis and the artificial intelligence ( ai ) , realize the newest trend of the technology of fault detecting and diagnosis is that using the technology of artificial intelligence to solve the certainty and uncertainty problem in the actual engineering area 为此,本文以国家武器装备“十五”预研“卫星长寿命高可靠技术”研究项目为背景,研究不确定性推理理论中的粗糙集理论在卫星故障检测和诊断中的应用,并开发相应的系统。主要研究内容包含以下几个方面:论文首先结合故障诊断技术及人工智能技术的发展现状,明确了故障诊断的发展方向是使用人工智能的最新研究成果去解决实际应用中更为常见的各种确定和不确定问题。分析了解决不确定推理技术的主要方法及各自的原理并进行了比较。
7.
The research background of this dissertation is the defence pre - research item of the national tenth - five - year plan - “ research on longevous service and high reliability of satellite ” . for improving the diagnosis ability of satellite attitude control systems , this dissertation studies on the telemetering data analyzing and diagnosis based on mathematical simulation 本学位论文以国防“十五”预研项目( 02413200204242 ) “卫星长寿命高可靠性技术”为研究背景,为提高卫星姿控系统的故障诊断能力,对基于数学仿真的卫星姿控系统遥测数据分析与故障诊断进行了系统、深入的研究和探索。
8.
Based on the spaceflight technology innovation program of “ research on the testing method of reliability - - - - research on the fault diagnostic expert system and neural network ” and the pre - research defense projects of “ research on longevous service and high reliability of satellites ” of the national tenth - five - year plan , taking attitude control system of a satellite as object , the theories and the applications of the neural networks and expert system in the fault diagnosis are studied in this dissertation 本文以航天技术创新基金项目“可靠性试验方法研究? ?故障诊断的专家系统神经网络技术研究”和国家武器装备“十五”预研项目“卫星长寿命高可靠性技术”为背景,以卫星姿态控制系统为研究对象,在理论和实践两个方面对神经网络和专家系统相结合的故障诊断技术及其在卫星中的应用进行了研究。
9.
The aim of this dissertation research is focused on the pre - research defense projects of “ research on longevous service and high reliability of satellite ” of the national tenth - five - year plan . for improving the capability of fault diagnosis for un - presuppose faults , we propose a new fault reconstruction technique which suits to satellite attitude control system and four novel techniques under this frame work is investigated in this dissertation 本文以国防十五预研项目“卫星长寿命高可靠性技术”为研究背景,为提高目前卫星对无故障模式故障的诊断能力,提出了一套适合卫星姿态控制系统的故障重构框架体系,并研究了四项关键技术作为该框架的支撑。
