Human error data is an important issue of human reliability analysis (HRA).
人误数据是人员可靠性分析(HRA)的一个非常重要的方面。
The cognitive reliability and error analysis method (CREAM) is a second-generation Human reliability analysis method.
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 lack of data and availability is a major problem that embarras ses human reliability analysis (HRA) for a long time.
数据匮乏与可用性差是长期困扰人因可靠性分析（HRA）的一大难题。
Cognitive reliability and Error analysis method (CREAM) is one of the representative second-generation human reliability analysis methods.
认知可靠性和失误分析方法(CREAM)是第二代人的可靠性分析方法中的代表方法之一。
Along with the reliability of machines and equipments is constantly improved, the focus of system reliability has switched to human reliability analysis.
随着机器设备的可靠性不断提高，人的可靠性分析研究日益得到重视。
The collection, analysis and quantification of human factor data are very important parts of human reliability analysis and probabilistic risk assessment.
人因数据的收集、分析与量化是人员可靠性分析和概率风险评价极为重要的组成部分。
The purpose of human reliability analysis(HRA) is to provide a quantitative conclusion for Probabilistic Safety Assessment(PSA) and detect the weak points of a system.
人因可靠性量化分析在于为概率安全评价提供量化结论并找出系统的薄弱环节。
Human reliability analysis (HRA) is a very important part of probability safety assessment (PSA) in a nuclear power plant. Qualitative analysis is the basis and starting point of HRA.
人因可靠性分析(HRA)是核电厂概率安全评价(PS A)的重要组成部分，定性分析是HRA的基础和出发点。
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)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。
In order to conduct the human reliability analysis and manage the human error events more effectively and accurately, a human reliability analysis and its data management system were developed.
再者通过建立具有一定规模的人员可靠性数据库，以便为今后进一步的研究提供良好的数据支持。
Based on an analysis of the composition of drilling rig, characteristics of drilling process, and human features, a reliability model of man-machine control system for drilling process is established.
在全面分析钻井机械的组成、钻进过程的特点和人的特性的基础上，建立钻机钻进过程人机系统可靠性模型。
In this paper, the analysis model of structural fuzzy-random reliability of considering human error probability possibility distribution function is derived.
由此给出了人误概率的可能性分布函数，建立了基于人误概率可能性分布的结构模糊随机可靠度分析模型。
The analysis of human reliability factor system about long oil and gas pipelines;
人的可靠性研究是系统可靠性研究的一项重要内容。
Based on an analysis of the composition of drilling rig, characteristics of drilling process, and human features, a reliability model of man-machine control system for drilling process is established.
针对钻井过程的复杂性、不确定性等特点，提出了基于人工神经网络钻井事故预测与诊断模型。
Based on an analysis of the composition of drilling rig, characteristics of drilling process, and human features, a reliability model of man-machine control system for drilling process is established.
针对钻井过程的复杂性、不确定性等特点，提出了基于人工神经网络钻井事故预测与诊断模型。
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