mjpeg

I am working on a simple program that grabs image from a remote IP camera. After days of research, I was able to extract JPEG images from MJPEG live stream with sample codes I got. I did a prototype with using Windows Form. With Windows Form, I receive appropriately 80 images every 10 second from the IP camera. Now I ported the code to Unity3D and I get about 2 frames every 10 seconds. So basically about 78 Images are not received . The thing looks like medieval PowerPoint slide show . I am running the function in new Thread just like I did in the Windows Form. I first thought that the problem

Based on paparazzo.js lib, I'm trying to get base64 images from a MJPEG stream (streamed over TCP with GStreamer) in a Node.js server, and to send them to the clients via websockets. I think I'm pretty close, but my images are corrupted. Here is the code I'm using : var boundary = "----videoboundary"; var data = ""; var tcpServer = net.createServer(function (socket) { socket.on('data', function(chunk) { var boundaryIndex = chunk.toString().indexOf(boundary); if (boundaryIndex !== -1) { // Get the image's last piece of data : data += chunk.toString().substring(0, boundaryIndex); // Convert the

I'm developing a multimedia streaming application for Desktop using SourceReader MediaFoundation technique. I'm using USB camera device to show streaming. The camera supports 2-video formats: YUY2 and MJPG . For 1980x1080p YUY2 video resolution, receiving only 48fps for 60fps. I fetched YUY2-RGB32 conversion from MSDN page and using in my application ( Note: I didn't use any transform filter for color conversion). For MJPG video format, I used MJPEG Decoder MFT to convert MJPG - YUY2 - RGB32 and then displaying on the window using Direct3D9. For specific resolution, I'm facing framerate drops

I'm analyzing a number of solutions to the problem that I have in hand: I'm receiving images from a device and I need to make a video file out of it. However, the images arrive with a somewhat random delay between them and I'm looking for the best way to encode this. I have to create this video frame by frame, and after each frame I must have a new video file with the new frame, replacing the old video file. I was thinking of fixating the frame-rate a little "faster" than the minimum delay that I might get and just repeat the last frame until a new one arrives, but I guess that this solution

I am having an issue getting OpenCV 2.4 to capture from an MJPEG stream from a Raspberry Pi, I have checked the stream URL in a browser and it seems to be working fine, however when I try to open it in OpenCV it seems to hang when I attempt to open it (I get neither the error or success messages on the terminal). cv::VideoCapture vcap; cv::Mat raw_image; const string videoStreamAddress = "http://192.168.0.28:8080/?action=stream"; if(!vcap.open(videoStreamAddress)) { cout<<"Error opening video stream"<<endl; return -1; } cout<<"Stream opened"<<endl; I am using MJPEG-Streamer to provide the

I have been trying to setup a MJPEG stream in ASP.NET. I want to retrieve a MJEPG stream from a URL, and send every frame that I get to every connected client. Examples that I have been able to find only read from a set file, instead of a continues stream from URL, and send the entire file through MultiStreamContent . Since I retrieve frame-by-frame, I cannot do this. I would like to know if it is possible to do what I want with ASP.NET MVC. I'm currently using AForge video to retrieve the MJPEG stream from a link. My code for the controller class: using System.Net.Http; using System.Web.Http;

Our app is all HTTPS, but we grab mjpeg streams from low-budget devices that do not support SSL. So, this means that we can either: i. Mix content and have browsers freak out. (Unacceptable since we train users not to trust mixed content pages.) ii. Make the site non-https. (REALLY unacceptable.) I was thinking that we could run a relay on one of our servers, for which the browsers could hit using SSL, this server would then act as a proxy to the non-SSL mjpeg streams. We know the IPs of the cameras (static), so we can check that and guard against dns attacks. And you can't establish a TCP-IP

I'm trying to wrap motion jpeg (mjpeg) stream (from webcam) into html5 canvas. I know Safari and Chrome have native support for mjpeg so that I can put it into img to make it work. The reason I want to wrap it in canvas is that I want to do some post processing on it. I know i can use drawImage to load an image (and mjpeg): <html> <body> <canvas id='test_canvas' width='640px' height='480px' style='border:1px solid #d3d3d3'> </canvas> <script language="JavaScript"> var ctx = document.getElementById('test_canvas').getContext('2d'); var img = new Image(); img.onload = function() { ctx.drawImage