Automatic Employability Test for Factory Workers using Collaborative Filtering

Ahona Ghosh, S. Saha
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Abstract

With the quick increase in world-wide population, need of automation is getting increased in every field. Employability tests are often used to check the ability of an experienced or fresher employee to work in a team and also their skill, to know how their actions can impact others. In this context, automated employability test for factory workers will motivate people to stay employable in the labor force of the future and help the organizations to perform recruitment process in an efficient manner. In this paper, we have proposed an automatic employability test platform using Collaborative filtering where similar and best matched activities have been recognized first by the use of item-based-collaborative filtering and then based on the performance of similar activities done by similar subjects, the ranking of employability has been determined for unknown workers using User-basedcollaborative filtering. If the ranking is higher than a previously defined threshold, the subject is said to be appropriate in the scenario and his/her employability is confirmed, but if the ranking is less than the threshold, then the subject is asked to practice more and take the next assessment of employability. To deal with the difference in body structure and habits of doing same action differently at first, we have considered the mean of the rankings of seven different activities and then weighted rank has been calculated to take the inter personal similarity into account. The proposed system is a novel work in this domain and outperforms the other existing works also.
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基于协同过滤的工厂工人就业能力自动测试
随着世界人口的迅速增长,各个领域对自动化的需求日益增长。就业能力测试通常用于检查经验丰富或新员工在团队中的工作能力,以及他们的技能,以了解他们的行为如何影响他人。在这种情况下,工厂工人的自动化就业能力测试将激励人们在未来的劳动力中保持就业能力,并帮助组织以有效的方式执行招聘过程。在本文中,我们提出了一个使用协同过滤的自动就业能力测试平台,其中首先使用基于项目的协同过滤识别相似和最佳匹配的活动,然后根据类似主体完成的类似活动的表现,使用基于用户的协同过滤确定未知工人的就业能力排名。如果排名高于先前定义的阈值,则认为受试者适合该场景,并确认其就业能力,但如果排名低于阈值,则要求受试者进行更多练习并进行下一次就业能力评估。为了解决身体结构的差异和做同一动作习惯的不同,我们首先考虑了七种不同活动的排名的平均值,然后计算加权排名,以考虑人与人之间的相似性。该系统是该领域的一项新工作,并且优于现有的其他工作。
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