Improved video streaming using MSVC and nonoverlapping zone routing multipath propagation over MANETs

Abstract

Summary Providing real‐time video streaming in mobile ad hoc networks is difficult because of the time‐dependent channel status and stringent service requirements. The currently existing route request‐reply–based multihop overlay networks cause considerable control overheads in video transmission resulting in loss of data and communication breakdown. Such networks are more suitable to nonstreaming video applications rather than to time‐sensitive video streaming applications. Therefore, a powerful mechanism needs to be adopted to handle the channel failures amicably and reduce latency effectively in time critical video streaming applications over mobile ad hoc networks. In order to be resilient to the channel failures and reduce latency in such applications, 2 strategies, namely, multistate video coding and 2‐tier–based nonoverlapping zone routing multipath propagation through directional antennas have respectively been incorporated. The performance of the proposed nonoverlapping zone routing multipath propagation system is compared with those of the existing multicast zone routing and zone‐based hierarchical link state routing protocols with parameters average end‐to‐end delay, routing overhead and packet delivery ratio using NS 2.34. The simulation results show that latency and resilience get considerably improved. Finally, the video quality of the proposed work has been verified by subjective and objective video testing methods.

A comprehensive survey onQoSfor video transmission in heterogeneous mobile ad hoc network

“…Altered AODV diminishes the parcel misfortune and over‐burden in the network. Table 3 shows the overview of QoS methods for video transmission in H‐MANET. QoS enhancement for real‐time video streaming using multipath routing protocol 77 : Providence of video streaming in real‐time in MANET was difficult as it was time‐independent regarding the channel status and service requirements. Already available protocols have improved the control overhead performance.…”

“…Previous networks failed to cope with streaming videos. Therefore in Reference 77, an architecture that performs time‐sensitive video streaming process with less latency and channel failures was developed. It applies two strategies, such as multistate video coding and two‐tier zone routing, having non‐overlapping and multipath propagation.…”

Indoor propagation models for emulated LTE networks

“…This study, although outside the scope of LTE, confirms the importance of properly selecting the propagation model to obtain reliable results. In [30], a simulation system for real‐time video streaming over mobile adhoc network mobile networks based on NS2‐34 was shown. Two strategies to improve channel failures and reduce system latency were presented.…”

Evaluating the Advantages and Challenges of Mobile Ad-Hoc Networks

“…Preliminary findings indicate that the KH-GOA protocol may offer advancements in terms of energy efficiency and resilience to security threats, promising to enhance the robustness of MANETs significantly. This contribution is poised to influence future developments in ubiquitous computing, where reliable and efficient wireless communication is paramount [9][10] [11][12] [13][14].…”