Advancing Video Transmission Flexibility: A Comprehensive Performance Analysis in Wireless Networks

Abstract

Multimedia transmission in wireless networks poses substantial challenges due to the
inherent limitations of wireless links, marked by lower bandwidths and increased
transmission error rates, often fluctuating and sporadic. This is in sharp contrast to the more
stable conditions observed in wired networks. In response to these challenges, a
comprehensive framework is proposed to enhance the resilience of video transmission over
mobile wireless networks. This architecture integrates the Radio link layer, UDP, and error
control layer, strategically amalgamating their functionalities to alleviate the impact of
elevated error rates in wireless environments. Through the utilization of an adaptive
algorithm for video transmission, the system dynamically adapts to varying error conditions.
The efficacy of the developed algorithm is meticulously assessed through simulation results,
offering valuable insights into its performance in real-world wireless scenarios