Position information visualization analysis and personalized recommendation based on ant colony

Author:

Xin Ling,Zhou Bin,Liu Pan

Abstract

With the rapid development of network technology, online recruitment and job hunting have become an important way of job hunting at present, but job seekers spend a lot of time looking for suitable positions in the face of massive job information. Traditional artificial selection of job information is difficult to solve the problem of job seekers finding suitable positions quickly and accurately. This article is based on ant colony algorithm for visual analysis and personalized recommendation of job information. Through visual analysis of massive job information on the network, personalized recommendations are made based on job seekers' professional, skill, behavior, and other information. A visual analysis and personalized recommendation system for job information is established, and recommendation accuracy, efficiency, and recall rate are evaluated and analyzed using recommendation theory, realize comprehensive evaluation of information visualization analysis and personalized recommendation quality of position information based on ant colony algorithm. Compared with artificial selection of position information, it is fast and highly matched.

Funder

Hubei Provincial Department of Education

Publisher

European Alliance for Innovation n.o.

Reference7 articles.

1. Pichainarongk, S., & Bidaisee, S. An Assessment of High-Performance Work System Theory towards Academic De-velopment, Work Environment and Promotion in Higher Education: A Thailand and International Comparison, Educational Administration: Theory and Practice. 2022; 28(03): 13–28.

2. Al AlI, R., & Fathi Abunasser. Can the Leadership Capabilities of Gifted Students be Measured? Constructing a Scale According to Rasch Model, Educational Administration: Theory and Practice. 2022; 28(03): 109–126.

3. Yuming Xu, Jianhua Sun, & Kanakarn Phanni phong.. Research on teaching resource reform of innovation and entrepreneurship education for Business Administration Specialty, Educational Administration: Theory and Practice.2022; 28(03): 83–96.

4. Supraja, D. P., Salameh, A. A. ., H R, D. V. ., Anand, D. M., & Priyadi, U. An Optimal Routing Protocol Using a Multiverse Optimizer Algorithm for Wireless Mesh Network, IJCNIS. 2022; 14(3): 36–46.

5. Castro-Cayllahua, F. ., Carhuancho, J. L. M. ., Díaz, C. M. F. ., Inga, Z. M. C. ., Rasheed, T. ., & Cotrina-Aliaga, J. C.. Autonomous Underwater Vehicle: 5G Network Design and Simulation Based on Mimetic Technique Control System. IJCNIS. 2022; 14(3): 01–15.

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