Video streaming Tutorial of sending processed Opencv video to NGINX and distributing video from NGINX (broadcast) by HLS stream for a wider audience, like multiple web players, VLC, or any other video stream receiver. Opencv application HLS streaming by GStreamer and NGINX We will use GStreamer to send video from the Opencv application by rtmp2sink to an RTMP module in NGINX. In our example, the server is a widely used NGINX server with an Nginx-RTMP-module. The NGINX will receive RTMP video from Opencv and restream as an HLS video stream considered for multiple end consumers. This is a follow-up to the previous article about Video streaming from Opencv to RtspSimpleServer by rtsp protocol. The goal is the same. Send video from Opencv to the server and restream the video for a wider audience. The difference is that RtspSimpleServer running on windows, NGINX is running in docker (WSL2). The one-to-one communication between Opencv and RtspSimpleServer was established by RTSP protocol
Research results in vibration control, Time delay systems and control theory How force to follow through the Ph.D. thesis. This is my background. Miles away from the images, video and machine learning. At the end, All is the same. Math, math is the connection and again Algebra, little bit optimization and math again. I was focus mainly to vibration control, modern control theory like H_inf optimization, MIMO systems and system with time delay. All started connected to project with Boeing ACFA 2020. Flexible crazy new construction that needs to upgrade the control law according to this new concept. Another crazy project was related to time delay, signal shapers, vibration control and resonators. Love it. Is this related to computer vision ? No, i felt with love with computer vision for many reason. You can see the result. You can achieve and build something by your own skills. You dont need to construct the machine to drive and test something and the computer vision