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电子设备可靠性技术人才培养研究
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作者 邢媛 李锴 《电子产品可靠性与环境试验》 2019年第3期82-85,共4页
可靠性技术在电子设备研制和试验中具有极其重要的作用,而可靠性技术水平的高低很大程度上取决于可靠性技术人才水平的高低。因此,加强可靠性技术人才的培养就是得尤为重要。从不断跟踪国外可靠性技术提升人才培养模式、加强课程体系搭... 可靠性技术在电子设备研制和试验中具有极其重要的作用,而可靠性技术水平的高低很大程度上取决于可靠性技术人才水平的高低。因此,加强可靠性技术人才的培养就是得尤为重要。从不断跟踪国外可靠性技术提升人才培养模式、加强课程体系搭建和积极探索人才培养途径研究等方面论述了如何提升可靠性技术人才的技能,对于加强电子设备可靠性技术人才的培养具有一定的参考意义。 展开更多
关键词 电子设备 可靠性技能 人才培养
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USE OF COMPETITIONS AND CHALLENGES AS A MEANS OF IMPROVING OPERATOR PERFORMANCE AND RELIABILITY
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作者 Bradley E A (Chief Consultant, Eskom, Sandton, South Africa) 《Transactions of Nanjing University of Aeronautics and Astronautics》 EI 1998年第1期121-127,共7页
The main way they have of improving overall system reliability is to concentrate on human reliability if organizations are not installing new plant. Previous research by the author has shown that the main cause of sys... The main way they have of improving overall system reliability is to concentrate on human reliability if organizations are not installing new plant. Previous research by the author has shown that the main cause of system unreliability is operator unreliability. There are three main ways to deal with operator unreliability viz improve the environment, enhance the operator′s skill and increase his motivation. Of these, the last is the final untapped area for achieving significant gains in system reliability. Moves to do this by means of competitions for operators at both a local and international level are discussed, with a description of the successes so far. 展开更多
关键词 system reliability competitions operation performance
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Obsolescence optimization of electronic and mechatronic components by considering dependability and energy consumption 被引量:1
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作者 M.A.Mellal S.Adjerid +2 位作者 D.Benazzouz S.Berrazouane E.J.Williams 《Journal of Central South University》 SCIE EI CAS 2013年第5期1221-1225,共5页
Nowadays, rapid technological progress influences the dependability of equipments and also causes rapid obsolescence. The mechatronic and electronic equipment components are mostly affected by obsolescence. A new chal... Nowadays, rapid technological progress influences the dependability of equipments and also causes rapid obsolescence. The mechatronic and electronic equipment components are mostly affected by obsolescence. A new challenger unit possesses identical functionalities, but with higher performances. This work aims to find the optimal number of components which should be replaced by new-type units, under budgetary constraints. In this work, the new challenger unit is characterized by lower energy consumption and the optimization steps are based on genetic algorithm (GA). The result shows the importance of this type of replacement in order to economize energy consumption and to deal with obsolescence. 展开更多
关键词 OBSOLESCENCE lower energy consumption mechatronic and electronic components genetic algorithm
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