An Examination Of Global Mobile Telecommunications And Deployment Estimation: A Study Focused On Huawei Telecommunications
DOI:
https://doi.org/10.48047/7e8x7673Keywords:
communication technologies, huawei telecommunications, mobile information, digitalisation, strategic tool.Abstract
The mobile telecommunications industry is very important for digitalisation, coming up with new ideas, and helping many other sectors thrive. Companies in the telecommunications sector utilise these forecasts as a strategic tool. They help these businesses plan their investments, fix up their infrastructure, and be ready for any problems that could come up in the future. Huawei is one of the best telecoms service providers in the world. This lets the firm use cutting-edge technology and go into new markets to make their subscriber estimates come true. One of the main purposes of this research is to look at how huawei telecommunications tries to get more clients. This example shows how demand forecasts affect the business strategy, the creation of new services, and the company's ability to compete on a global scale in the sector. The results of this study show that in order to achieve sustainable growth, subscriber projections and operational capabilities must match up. Because of this, customers are more likely to be happy with the service they obtain. The study findings suggest that global forecasts influence huawei's investment strategy, partnerships, and the company's technological utilisation in rapidly growing economies like as china. According to the study's findings, telecoms service providers must precisely predict how their customer base will grow in order to be competitive and strong over time. Huawei's answer to the hopes and dreams of people all around the world shows that it is the most powerful company in its area. This development also shows how important forecasts are for figuring out where mobile information and communication technologies will go in the future.
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References
binchang, m., & inamdar, d. M. N. (2024). Research examining and project deployment using huawei telecom's global mobile network. International journal of social science and human research (ijsshr), 7(01), 138-145.
Calvo, á. (2025). Adoption and deployment of a new major wireless technology: the mobile telephone 5g. A provisional overview. Humanities and social science research, 8(3), p1-p1.
Charles, u., & rex, u. (2025). Analysis and benefits of massive mimo deployment and its mitigating effects over data rate and radio link reliability. International journal of applied and advanced engineering research.
Du, m., & rojniruttikul, n. (2025). Business case study: antecedents of user satisfaction with huawei mobile phones. Review of integrative business and economics research, 14(1), 519-530.
El-saleh, a. A., alhammadi, a., shayea, i., hassan, w. H., honnurvali, m. S., & daradkeh, y. I. (2023). Measurement analysis and performance evaluation of mobile broadband cellular networks in a populated city. Alexandria engineering journal, 66, 927-946.
He, y., xiao, y., zhang, s., jia, m., & li, z. (2024). Direct-to-smartphone for 6g ntn: technical routes, challenges, and key technologies. Ieee network, 38(4), 128-135.
Jiang, p. (2024). Estimating the impact of chinese foreign direct investment on telecommunications penetration rates.
Loung, v. Y. K., ngah, r., & han, c. T. (2021). Capacity estimation for 5g cellular networks. Turkish journal of computer and mathematics education, 12(3), 4530-4538.
Quintanilla arasa, p. (2021). Project algarve: how wireless telecommunications infraestructure operators have stablished themselves in europe: theoretical framework and case study of cellnex (master's thesis, universitat politècnica de catalunya).
Sabet, m., & soghi, m. (2025). Unveiling the internet of things innovation landscape: a patent mining and network analysis approach to technology: m. Sabet, m. Soghi. Computing, 107(8), 171.
Tse, y. K., dong, k., sun, r., & mason, r. (2024). Recovering from geopolitical risk: an event study of huawei's semiconductor supply chain. International journal of production economics, 275, 109347.
Wei, z., wang, y., ma, l., yang, s., feng, z., pan, c., ... & zhang, p. (2022). 5g prs-based sensing: a sensing reference signal approach for joint sensing and communication system. Ieee transactions on vehicular technology, 72(3), 3250-3263.
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