Channel Capacity Maximization using NQHN Approach at Heterogeneous Network

Abstract

<p>In present scenario, the high speed data transmission services has pushed limits for wireless communication network capacity, at same time multimedia transmission in real-time needs provision of QoS, therefore the network capacity and small cell coverage has comes with lots of challenges. Improving the channel capacity and coverage area within the available bandwidth is necessary to provide better QoS to users, and improved channel capacity for the FCUs and MCUs in network. In this paper, we are proposing an NQHN approach that incorporate with efficient power allocation, improving the channel capacity by optimized traffic scheduling process in a small cell HetNets scenario. This work efficiently handle the interference with maintaining the user QoS and the implemented power controller uses HeNB power as per the real time based approach for macro-cell and femto-cell. Moreover, we consider the real traffic scenario to check the performance of our proposed approach with respect to existing algorithm</p>

Pedestrian mobility management for heterogeneous networks

“…Thus, by minimizing path loss, better signaling can be delivered to the receiver [27]. The indoor regions are characterized by the deployment of FBS', their role is to bring a better QoS and quality of experience (QoE) for users [11], [17], [18], [28], [29]. As a result, the QoS degrades to multiple environmental factors, such as floors and walls.…”