Strategic Network Model for Real-Time Video Streaming and Interactive Applications in IoT-MANET

Abstract

In this paper, we discuss how to handle the issue of energy loss, delay during processing and transmission in IoT-MANET for real-time applications such as video in surveillance networks and also interactive applications in smarthome. Here, we propose a hierarchical strategic network model to reduce the cost of computation, latency and energy consumption. The proposed model when compared with random and normal grid topology gives better performance. Results of comparison show that the proposed hierarchical model provides an average of 166.29 Mbps for bandwidth utilization, 63.92 Mbps of throughput, 0.000095 s of jitter and 12.28 % of packet loss for transferring video data in mobile conditions. Also, each supernode receives an average 6.22 frames per second out of 15 transmitted frames.