Modified Clausterhead Selection Technique for Efficient Resource Allocation in Multi-Device-to-Device Cluster Multicast Communications in Cellular Networks

Uchenna N Chikeluba, Mohammed D Almustapha, Abdumalik S Yero, Monday Fredrick Ohemu

Abstract


This study is primarily centered on enhancing the precision of route selection for Device-to-Device (D2D) communication by focusing on the optimal selection of D2D devices. In pursuit of this objective, a novel approach has been developed, termed as the "Modified Clausterhead Selection Technique." This technique is specifically designed to optimize resource allocation in the context of multiple Device-to-Device Cluster (D2DC) multicast communications within cellular networks. The modification incorporated into the clusterhead selection technique takes into meticulous consideration the processing capacity of D2D devices. This strategic enhancement aims to mitigate network congestion, thereby contributing to the amelioration of network data rates and bolstering overall energy efficiency. By prioritizing the optimization of resource allocation and introducing modifications to the clusterhead selection process, this research endeavors to address critical issues associated with D2DC multicast communications in cellular networks. The overarching goal is to enhance the reliability and efficiency of these communications by minimizing congestion, thereby promoting superior data rates and energy conservation.


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References


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