Please login first
Resource Consonance in 5G Technologies
* 1 , 2
1  Patliputra University, India
2  College of Commerce, Arts and Science, Patliputra University, India
Academic Editor: MOL2NET Team (registering DOI)

Heterogeneous architecture is an underlining feature of 5G, however deployment and management of HetNets in 5G scenarios is yet to be explored. Given the need to satisfy overwhelming capacity demands in 5G, mm-wave spectrum (3-300 GHz) is expected to offer a very compelling long term solution by providing additional spectrum to 5G networks. Hence, the challenge is the integration of mm-wave in heterogeneous and dense networks as well as the backward compatibility and integration with legacy 4G/3G networks. Furthermore, Cloud radio access networks (C-RAN) contribution to 5G is considered as a cost effective and energy efficient solution for dense 5G deployment. From an energy point of view, cost and energy consumption are major considerations for 5G. C-RAN and energy efficiency techniques could help in performance improvements.

Although HetNets were introduced in 4G networks, their complexity has increased in 5G networks. In this paper, we will try to build a clear image of HetNets in 5G cellular networks. We consider different technologies with a special focus on mm-wave networks given its important role in 5G networks. We then address the available standards in HetNets that allow interworking and multihoming between different radio access technologies. Afterwards, we consider the virtualization of 5G HetNets and its benefits. Different resource allocation strategies in the literature are also presented for single-resource as well as for multi-resources. Finally, we give an overview of existing works addressing energy efficiency strategies in 5G networks.

*Content Disclaimer Note (Added by Committee): This communication is a preprint uploaded under author responsibility. The Congress committee, only do a preliminary inspection of topic suitability. The content of this preprint communication is responsibility of authors and do not express the opinion of the members of committee. The committee is not responsible from content veracity or originality. Using automatic text generation tools, like ChatGPT, is allowed only for AI software/script coding purposes or as a way to improve quality of redaction of the original text. We recommend using text similarity analysis tools but this an author's decision.

Keywords: 5G, HetNets; 5G Energy Efficiency; Resource Allocation; Radio Access Network
Comments on this paper
Humbert G. Díaz
Dear author(s), Happy New Year 24, Thank you for your contribution to our conference!!!
We have a question for you, you can read and answer bellow.

Question for Authors:

What could be the impact of these technologies in Human health long term, are there detailed safety studies reported so far?

REVIEWWWERS'23 participation:
We also invite you to participate in the REVIEWWWERS Workshop, which is now open, by making questions to other authors.
The steps are very easy. instructions: Step(1), Register/Login here [Register/Login] to Sciforum platform. Step(2), Go to presetations list [MOL2NET'23 Papers List], Step(3), Scroll down papers list and click on one title. Step(4), Scroll down and click on Commenting button, post your comment, and click submit. Step(5), Repeat review process for other papers. Step(6), Request certificate. See details [Reviewers Workshop] or contact us at Email:

Sincerely yours
Ajit Singh
Resource consonance in 5G technologies refers to efficient utilization of resources like spectrum and energy. Regarding the impact on human health, numerous studies have been conducted, but findings remain inconclusive. While some studies suggest minimal risk, ongoing research is essential for a comprehensive understanding of the long-term effects.