我请帮我大三学生写一篇专业的发表到国际会议的计算机项目论文我这个项目的主题是：超分分辨率在线视频传输系统服务器将低清视频流传输至边缘节点进行超分辨率处理我的操作流程是：服务器通过ffmpeg读取我电脑的摄像头然后通过rtsp传输推流命令是ffmpeg -f dshow -rtbufsize 10M -thread_queue_size 16 -i video=Integrated Camera -

Title: Online Video Transmission System for Super-Resolution using FFmpeg and RTSP Protocol

Abstract: This paper presents an online video transmission system for super-resolution using FFmpeg and RTSP protocol. The system involves the transmission of low-resolution video streams from the server to the edge nodes, where super-resolution processing is performed. The system is implemented using FFmpeg, which is a powerful multimedia framework that can be used to encode, decode, and transmit multimedia data. The RTSP protocol is used for video streaming, which is a real-time protocol that can be used for live video streaming.

Introduction: The proposed system is designed for online video transmission, which involves the real-time transmission of low-resolution video streams from the server to the edge nodes. The low-resolution video streams are then processed using super-resolution techniques to improve the video quality. The system is implemented using FFmpeg, which is a multimedia framework that provides a set of tools for encoding, decoding, and transmitting multimedia data. The RTSP protocol is used for video streaming, which is a real-time protocol that can be used for live video streaming.

FFmpeg as a Tool: FFmpeg is a powerful multimedia framework that provides a set of tools for encoding, decoding, and transmitting multimedia data. It is widely used in the multimedia industry due to its versatility and flexibility. In our system, we have used FFmpeg to encode and transmit the low-resolution video streams from the server to the edge nodes. FFmpeg is a lightweight tool that can be easily integrated into any system, making it an ideal choice for our project.

RTSP Protocol: The RTSP protocol is used for video streaming, which is a real-time protocol that can be used for live video streaming. It provides a reliable and efficient way of transmitting video streams over the network. In our system, we have used the RTSP protocol to transmit the low-resolution video streams from the server to the edge nodes. The use of the RTSP protocol ensures that the video streams are transmitted in real-time without any delay, which is critical for our system.

Reducing Bandwidth Pressure: In our system, we have used two commands to reduce the bandwidth pressure. The first command used by the server is “-vf scale=iw/2:ih/2”, which scales down the video to half its original size. This reduces the size of the video stream, reducing the bandwidth pressure. The second command used by the edge device is “-c:v copy -c:a copy -flags +global_header -f segment -segment_time 10 -segment_format mp4 -reset_timestamps 1 -strftime 1", which segments the video into smaller segments. This reduces the size of each segment, reducing the bandwidth pressure.

Conclusion: The proposed online video transmission system for super-resolution using FFmpeg and RTSP protocol is a reliable and efficient solution for transmitting low-resolution video streams from the server to the edge nodes. The use of FFmpeg as a tool and the RTSP protocol for video streaming ensures that the video streams are transmitted in real-time without any delay. The system also includes two commands to reduce the bandwidth pressure, making it an ideal solution for real-time video transmission