QoS Aware Video Transmission in Wireless Network: Successful and Failure Existing Technique

Abstract

Wireless technology has become one of the integral part of our daily life, it is the 21st century technology, emergency of wireless network have led the multimedia distribution very effectively. Moreover the video has been an eminent media for communications as well as for the entertainment purpose for past several decades. Due to improvisation in technologies people can communicate over face to face over the wireless network without any concern about the distance, hence the video transmission over the wireless network has become one of the interesting application in daily life. Moreover, it is very important to maintain good QoS (Quality of Service) such as effective bandwidth, routing protocols and other QoS parameters. In this paper, we have surveyed the extensive amount of research paper to understand the Quality of service, meanwhile we have extensively discussed the various existing methodology, which has helped in improvising the wireless network for video transmission. Moreover the main aim of this research work is to survey and address all the requirement along with challenges that occurs while designing the wireless network, also this survey unveils the recent development in optimization, algorithm, novel approach and the protocols for improvising the Quality of Service

Analysis of Wireless Networks: Successful and Failure Existing Technique

“…Within the frames, just a small number of syntaxes are ciphered with a low number of statistics, resulting in little encryption overhead. Non-equal encryption was also introduced in [49] by evaluating the foreground and background in video frames. The approach is only utilized in regions of interest that require strong security, despite the fact that the computing cost is lower.…”

Dual-Step Hybrid Mechanism for Energy Efficiency Maximization in Wireless Network

“…The proposed paper, however, investigates the deployment of recovery energy systems in large-scale wireless network base stations to take advantage of the massive number of antennas and reduce power consumption. Numerous research studies have also addressed resource allocation and energy efficiency [21][22][23][24][25][26][27][28][29]. In [22], an EE problem and a power-efficient Quality of Service (QoS)-driven allocation scheme are proposed for 5G networks.…”

Secured Wireless Network Based on a Novel Dual Integrated Neural Network Architecture

“…It should be stressed that raising the level of secrecy might greatly limit jamming attacks. It is difcult for an attacker to cause congestion in a communication channel without precise knowledge about communication signals between the transmitter and the authorized receiver given the extremely high cost of overriding all frequencies in modern broadband wireless channels [28,29]. Frequency-specifc assaults have no impact on the functionality of the receiver or inclusive transmitter due to the frequent frequency changes (frequency hopping).…”