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Research on the Safety Accidents Prediction for Smart Laboratory Based on Statistical Analysis

机译:基于统计分析的智能实验室安全事故预测研究

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摘要

With the development of information technology, the Smart Laboratory is an core research topic of the modern university, which is responsible for the laboratory safety. To this problem, we focus on the human management since many safety accidents are often occurred by improper operations. This paper proposes the concept of security credit, which consists of user characteristic, behavior preference, learning ability, test score, course attendance and accident history. It is an evaluation system to personal security knowledge and skills which can reflect the potential risks of laboratory. Thus, the users will be first clustered based on their safety credits. After that, the risk group and the potential group are defined by K-means. The relationship between the learning content and the type of safety accidents is defined. Then, the security accidents are predicted according to the situation of the user's learning contents and exam results. Finally, the experiments are carried out based on the datasets supported by Ankai WebSite (SHUAnKai) of Shanghai University, by which the results are demonstrated to the feasibility to the management of Smart Laboratory.
机译:随着信息技术的发展,智能实验室已成为现代大学的核心研究课题,它负责实验室的安全。对于此问题,由于许多安全事故通常是由于不当操作而发生的,因此我们将重点放在人为管理上。本文提出了安全信用的概念,它由用户特征,行为偏好,学习能力,考试成绩,出勤率和事故历史组成。它是对个人安全知识和技能的评估系统,可以反映实验室的潜在风险。因此,将首先基于用户的安全积分对用户进行聚类。此后,用K-均值定义风险组和潜在组。定义了学习内容与安全事故类型之间的关系。然后,根据用户学习内容和考试结果的情况预测安全事故。最后,以上海大学安凯网站(SHUAnKai)支持的数据集为基础进行实验,结果证明了对智能实验室管理的可行性。

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