fast forward mpeg
http://lists.mplayerhq.hu/pipermail/ffmpeg-devel/2006-February/007707.html
FFmpeg was created on 2000-12-20.
computers
It is a screen recorder like Joyoshare VidiKit - Screen Recorder that can help you record online music, video games. lectures and more.
FFmpeg should have come with libavcodec, which includes an MPEG2 decoder.
Not every applications support OGV file conversion. If you're not good at FFmpeg command lines, I would recommend Free HD Video Converter Factory, Prism Video Converter, Format Factory, and Any Video Converter. They all provide a straightforward solution to OGV to AVI conversion.
As far as i remember it need additional programs installed on server (not sure), but there was some limitations that forced me develop my own MP3 editor :D
Depending on the version of ffmpeg, -ab 32 might mean that the audio bitrate has been tagged at 32 bits/second (instead of the 32 kilobits/second that were probably intended). The default is a decent 64 kbps.
FFmpeg (Windows, Mac, Linux) Shutter Encoder (Windows, Mac, Linux) Free HD Video Converter Factory (Windows)
Premiere works, but it does not handle the default Flip file format very well. You have to transcode the video from the avi container into a mov container. I've used ffmpeg to do this. Try "ffmpeg -i file.avi -sameq file.mov" But this results in larger video files and when I import the video into Premiere it shows a darker band of video along the right side of the clip.
Some call this function "decompiling", but that doesn't seem like a standard. However, VirtualDub can do as you ask. It doesn't use the term decompile. File -> Export -> Image sequence Ffmpeg also appears to have this ability.
For Windows, some top media converters include Media Converter SA, MediaCoder, and RazorLame. HandBrake and FFmpeg work on all platforms. For Mac, you can use the built-in iLife tools as well.
You run it the same way you do with a terminal shell in systems that are supported by FFMPEG. For syntax, the program will tell you if you use the --help option or check the man pages [Linux]/wiki/manual available online.The general stuff you need to know is the -i option, the -b, -r, and -c, -vn, and -anoptions.The -i option specifies your input file(s). There fore you can place more than one.The -b and -r options specifies bitrate and sample rate. You add a :a or a :v after the -b option to specify which stream you want to specify the bitrate (-b:a for audio and -b:v for video). The value you specify is in bits/second (bitrate) and in hertz for sample rate. Of course current versions allow you to use letter multipliers as well (e.g. ffmpeg -i music.aac -c:a libmp3lame -b:a 320k music.mp3 converts a AAC file music.aac into a 320Kbps CBR [constant bitrate] MP3 file with an implementation of the LAME codec.The -c option is pretty much set up the same way as -b, -c:a for audio [older versions use -acodec] and -c:v for video [older versions use -vcodec]. But the -c option specifies which codec you wish to use (to find out what codecs you can use for your particular build, run ffmpeg --codecs).The last two are usually only useful for videos. The -anoption is generally used for cutting out the audio track for the given video input. Likewise, you can use the -vn option to extract the audio track from the video.If you're having trouble, there is an okay graphical front-end for FFMPEG called WinFF.