给出了国内外学者对人因失误的定义。
The concepts of human error given by home and abroad scholars are introduced.
人因失误研究包括个体特性和组织管理两大方面。
The research on human error includes study of individual characteristics and organization management.
论述了hfetr人因失误的减少与人因工程的关系。
The relations between human engineering and lowering human failure in HFETR are also discussed.
在复杂社会技术系统中，人因失误已成为引发事故的最主要原因之一。
In a complex social-technology system, human error has become a main cause leading to accidents.
本工作引入灰色关联分析法，对根原因在人因失误中影响的相对重要性进行分析。
By introducing grey incidence analysis, the relatively important impact of root cause upon human errors was researched in the paper.
本工作引入灰色关联分析法，对根原因在人因失误中影响的相对重要性进行分析。
This paper analysis the root causes of human error using the retrospective analysis method in CREAM.
在现代大规模复杂人-机-环境系统中，人因失误诱发的故障或事件呈上升趋势。
In modern large-scale complex man-machine-environment system, failures and events caused by human errors show an increasing trend.
指出了动态触发型危险源是一种人因失误，静态固有型危险源是由于人因失误或组织管理失误所致。
The paper pointed out that the dynamic touch-to-go risk source is a kind of human error and the static innate risk source results from human error or organizational management failures.
本文描述了复杂人——机系统的特征，探讨了该系统中人因失误的定义、分类、数据采集和事故模型。
The features of complex man-machine systems are described in this paper. The definition, taxonomy, data collection and accident model of human error in the systems are also explored.
人因失误已成为复杂系统最主要的事故源之一，而人误分析技术存在着缺乏一致性和使用困难等问题。
Human error has become one of the leading factors in the failure of complicated systems. And the technique of human error analysis lacks consistency and is difficult to use.
研究了人因失误的特点，通过总结核电站人因失误事件的产生机理，给出了预防核电站人因失误的有效措施。
This paper studied the characteristics of human errors, and through summarizing of generation mechanism of human failure events, and proposed some effective prevention measures.
结果表明，ANFIS对于人因失误风险评价来说是一个强有力的工具，不仅提高了预测的精度而且节省了时间。
The results show that, ANFIS is a powerful tool for modelling human error risks, it not only improves the forecast accuracy, but saves time.
本文通过对人因失误产生原因，人因失误的分类，及人的可靠性的分析，从而寻找预防人因失误的最有效办法，以提高系统中作为主体的人的可靠性。
Analyses the reason of human error, the classification of human error, the reliability of human being, finding the most effective precautionary way of human error to improve the...
认知可靠性和失误分析方法(CREAM)是第二代人因可靠性分析方法中的代表方法之一，它具有追溯和预测的双向分析功能。
Cognitive reliability and Error analysis method (CREAM) is a representative second-generation human reliability analysis method and it has a binary function-retrospection and prediction.
认知可靠性和失误分析方法(CREAM)属于第二代人因可靠性分析方法。
The cognitive reliability and error analysis method (CREAM) is a second-generation Human reliability analysis method.
分析人-机系统事故发生原因，剖析经典以人失误为主因的事故致因模型存在的不足，在该模型基础上增加“刺激”形成的原因，构建了改进事故致因模型。
The causes for man-machine system accidents were analyzed, and the weaknesses of classical accident model mainly caused by human errors were dissected.
分析人-机系统事故发生原因，剖析经典以人失误为主因的事故致因模型存在的不足，在该模型基础上增加“刺激”形成的原因，构建了改进事故致因模型。
The causes for man-machine system accidents were analyzed, and the weaknesses of classical accident model mainly caused by human errors were dissected.
应用推荐