Dynamic Adaptive Video Streaming: A Comparative Examination of NDN and IP Architectures in Real-world Scenarios

The study compares the dynamic adaptive video streaming performance of Named Data Networking (NDN) and Internet Protocol (IP) in real-world scenarios. Key parameters include bandwidth, Round-Trip Time (RTT), Retransmission TimeOut (RTO), and video resolution. The evaluation aims to understand data transmission efficiency, signal travel time, packet retransmission timing, and overall video streaming quality. The study implies that one architecture outperforms the other based on the analyzed parameters, indicating that the superior architecture is Named Data Networking (NDN). The research contributes valuable insights into NDN and IP architectures' strengths and weaknesses in dynamic adaptive video streaming applications, aiding in understanding their comparative performance in practical situations.