Combined Method of Cognitive Assessment of the Specialist Professional Potential

I. F. Yasinskiy, Tatyana V. Gvozdeva, V. Tyutikov
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Abstract

An important issue that arises before every person is the choice of a profession. It is obvious that the potential of success in different areas can be influenced both by the knowledge and skills acquired in the process of study, as well as the character traits of a person. The article proposes an intelligent predictive system that allows to assess the student's capabilities in the area of analytics. The topic relevance is explained by the need to increase the importance of connection between the employer and the university on the formation of knowledge, skills and abilities of the student that are in demand on the labor market. When designing the prognostic structure of the system, a hybrid intellectual approach is used that combines the advantages of known methods. It includes a neural network model and a method of accounting of arguments groups. The most demanded professions in the labor market have been identified. Professional skill maps are compiled, based on the description of the requirements. The training samples of are supplemented with images generated by the Monte Carlo method. Using data on the student's progress in selected key disciplines, as well as other available information, the system offers a numerical equivalent of the potential for the declared professions. Such recommendation allows the student to timely and consciously adjust the orientation in the educational process, which positively affects the competitiveness of the labor resources produced by the higher education institution.
专家职业潜能认知评价的组合方法
每个人都面临的一个重要问题是选择职业。很明显,在不同领域取得成功的潜力既受学习过程中获得的知识和技能的影响,也受一个人的性格特征的影响。本文提出了一个智能预测系统,可以评估学生在分析领域的能力。主题相关性的解释是,需要增加雇主和大学之间的联系的重要性,以形成劳动力市场所需的学生的知识、技能和能力。在设计系统的预测结构时,使用了一种混合智能方法,结合了已知方法的优点。它包括一个神经网络模型和一种计算参数组的方法。劳动力市场上需求量最大的职业已经确定。根据需求描述,编制专业技能图。的训练样本辅以蒙特卡罗方法生成的图像。该系统利用学生在选定的关键学科上的进步数据以及其他可用信息,提供了申报专业潜力的等效数值。这种推荐可以使学生在教育过程中及时、自觉地调整取向,对高等学校生产的劳动力资源的竞争力产生积极的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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