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An Intelligent Resnets Resource Allocation Framework for 5G Networks


Affiliations
1 Department of Computer Science and Engineering, Hindusthan Institute of Technology, India., India
2 Department of Information Technology, Karpagam Institute of Technology, India., India
     

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This paper presents a resource allocation technique for industrial applications for 6G networks, which are characterised by the presence of many heterogeneous parameters that have an effect on the quality of data transmission. The purpose of the project is to achieve the greatest possible efficiency in the application of the resources that are presently while achieving a higher level of control over a diverse collection of sensing nodes operating within a hybrid network. The system model that has been proposed is a workable option for efficient resource allocation. The performance of the proposed method, in addition to similarities to the performance of other methods has been analysed. The proposed methods offer performance that is comparable to or better than the baseline, while simultaneously significantly reducing the SI exchange overhead and improving the system resilience to sensing intervals, some of which may be unavoidable in practise.

Keywords

ResNets, Resource Allocation, 6G, IoT.
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  • An Intelligent Resnets Resource Allocation Framework for 5G Networks

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Authors

S. Ramasamy
Department of Computer Science and Engineering, Hindusthan Institute of Technology, India., India
P.N. Periyasamy
Department of Computer Science and Engineering, Hindusthan Institute of Technology, India., India
M. Sathiya
Department of Information Technology, Karpagam Institute of Technology, India., India

Abstract


This paper presents a resource allocation technique for industrial applications for 6G networks, which are characterised by the presence of many heterogeneous parameters that have an effect on the quality of data transmission. The purpose of the project is to achieve the greatest possible efficiency in the application of the resources that are presently while achieving a higher level of control over a diverse collection of sensing nodes operating within a hybrid network. The system model that has been proposed is a workable option for efficient resource allocation. The performance of the proposed method, in addition to similarities to the performance of other methods has been analysed. The proposed methods offer performance that is comparable to or better than the baseline, while simultaneously significantly reducing the SI exchange overhead and improving the system resilience to sensing intervals, some of which may be unavoidable in practise.

Keywords


ResNets, Resource Allocation, 6G, IoT.

References