Integrating Random Linear Network Coding and Content Delivery Networks for Reduced Latency in Heterogeneous Network Processing of Mobile Devices

With the exponential increase of mobile network traffic and the diverse range of connected mobile devices, optimizing data transmission in heterogeneous networks is critical. This research proposes to integrate Random Linear Network Coding (RLNC) and Content Delivery Networks (CDN) as potential solutions to reducing latency in such networks. The proposed study will investigate how RLNC-CDN integration can be implemented to optimize data transmission with a specific focus on mobile devices. By considering variables such as network topology, traffic patterns, and device types, RLNC-CDN integration's effectiveness will be evaluated in real-world scenarios using metrics like throughput, latency, and packet loss rate. The results of this research could provide critical knowledge to improve mobile network performance and the development of future network technologies catering to the needs of heterogeneous mobile devices.