Détail du document
Identifiant

oai:pubmedcentral.nih.gov:9722...

Sujet
Research Article
Auteur
Jiaping, Yu
Langue
en
Editeur

Hindawi

Catégorie

Computational Intelligence and Neuroscience

Année

2022

Date de référencement

12/12/2022

Mots clés
resource nadam optimization human management ai
Métrique

Résumé

Artificial intelligence (AI) is a potentially transformative force that is likely to change the role of management and organizational practices.

AI is revolutionizing corporate decision-making and changing management structures.

The visible effects of AI can be observed in key competencies and corporate processes such as knowledge management, as well as consumer outcomes including service quality perceptions and satisfaction.

This study aims to optimize the human resource management (HRM) process, reduce the workload of human resource managers, and improve work efficiency.

Based on AI digitization technology, a salary prediction model (SPM) is designed using a backpropagation neural network (BPNN), and the Nesterov and Adaptive Moment Estimation (Nadam) algorithms are integrated to optimize the model.

Next, the content information of the resumes are used to predict the hiring salary of the candidates and validate the model.

Results show that compared with other optimization algorithms, the final predicted result score of the Nadam optimization algorithm is 0.75%, and the training period is 186 s, providing the best optimization effect and the fastest convergence speed.

Moreover, the BPNN-based SPM optimized by Nadam has good performance in the learning process and the accuracy rate can reach 79.4%, which verifies the validity of the SPM.

The outcomes of this study can provide a reference for HRM systems based on data mining technology.

Jiaping, Yu, 2022, Enterprise Human Resource Management Model by Artificial Intelligence Digital Technology, Hindawi

Partager

Source

Articles recommandés par ES/IODE IA

Lung cancer risk and exposure to air pollution: a multicenter North China case–control study involving 14604 subjects
lung cancer case–control air pollution never-smokers nomogram model controls lung-related 14604 subjects north polluted consistent smokers quit exposure lung cancer risk air people factor smoking pollution study history