Opus Cms Para 64 Bits Rapidshare 🔆
Opus Cms Para 64 Bits Rapidshare
the opus library provides a generic framework for the analysis of multichannel signals. it is optimized for time-frequency-analysis and may be used for the analysis of single signals or for the analysis of multichannel signals (e.g. audio and video). in contrast to the analysis modules of the frequency-domain tools such as the spectrograph, the time-frequency spectrogram of the opus library is a non-parametric representation of the frequency-time content of the signal. this means that the spectral components as well as their time course can be assessed separately.
the opus spectrogram package allows for analyzing and visualizing time-frequency spectrograms of one or multiple audio or video streams. analyzing a single stream can be done by a two-step process: first, the audio or video stream is segmented into overlapping segments of desired length. then, for each segment the opus spectrogram analysis can be performed. in a single file format, the output of the spectrogram is an overlay image of the spectrogram of the overlapping segments.
the basis of the opus spectrogram package is the opus wave format (wav). this format allows for a direct analysis of audio or video signals in real time. compressed formats as well as uncompressed signals are supported. the opus format contains a header and a payload. the header contains important metadata such as the sampling rate and number of channels, as well as details about the encoding algorithm. the payload contains the audio or video signal. the header and payload are separated by a delimiter. the delimiter is typically some kind of marker character. in the wav file format, this character is the space character. in the opus file format, the delimiter is the opus header. the header contains metadata about the encoded audio or video file, and the payload contains the encoded audio or video.
cmet – data from which it is derived – can be converted into a form suitable for analysis by the opus codec for storage and further processing. cmet files with the smpte-m:2012 standard can be converted using this codec.
the ogg opus container format is a royalty-free, open-source, cross-platform audio-video codec that combines the high efficiency of the opus audio codec and the scalability of the ogg media container format.
a key feature of ogg opus is that it supports multiple parallel audio tracks, which allows ogg opus to achieve very high levels of compression for very high-quality results. many of the other aspects of opus are similar to those of theora.
in the wake of reports that support for the opus audio codec was being removed from the android mobile operating system, the android open source project has committed to adding support for opus in future versions of the android operating system.
previously, the opus codec was used only for streaming content that was encoded in vorbis, for example, voip. the codec was intended primarily for “mobile media” – i.e. video and audio content that is streamed to mobile devices. with this version, we are also supporting audio encoded in opus for the first time, as well as adding support for the opus video codec.
the opus codec is designed to provide peak quality audio at low bandwidth, and is optimized for use in real-time communications and streaming applications. the opus audio codec is designed to be robust, and is commonly used in such applications as voip, ip-based video streaming, speech and telephony compression, mp3 music file compression, etc.