Resource Allocation in Backscatter NOMA Network with Optimum Throughput

One of the strongest growth area in telecommunication is wireless services. This growth is due to the rise in connectivity, customer centricity, automation, connected devices, artificial intelligence etc. In wireless communication, to improve the capacity of networks a new technique of Non Orthogonal Multiple Access (NOMA) is thoroughly used. The combination of NOMA and backscatter communication (BackCom) provides many new probabilities for vast connectivity that in turn used to enhance the range of network. Wireless networks confer several challenges. One main challenge is the performance destruction of backscatter communication in multiple cell network of NOMA under the consequence of interference. To overcome this problem, a suitable technique of resource allocation is proposed. In this paper, a single cell model of resource allocation is presented. To get the optimum throughput proportional fair scheduling technique is used.