Framewave Framewave is a free and open-source collection of popular image and signal processing routines.
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image application development processing signal image processing signal processing

Framewave Description

Framewave is a free and open-source collection of popular image and signal processing routines. Framewave is a free and open-source collection of popular image and signal processing routines designed to accelerate application development, debugging, multi-threading and optimization on x86-class processor platforms.Framewave is derived from the AMD Performance Library.Framewave revolutionizes the way silicon manufacturers deliver performance and optimization tools to software developers. Sponsored by AMD, the open-source Framewave project offers developers unparalleled, code-level access to a vast array of arithmetic, signal- and image-processing functions and routines.For ContributorsAlthough sponsored by AMD, the Framewave project is very much an open-source venture. While AMD will continue to participate in and contribute to the project, third-party developers are welcome and encouraged to implement all or part of the code base and/or to create derivative works.In addition, the Framewave Group has established sensible guidelines and processes to grant key contributors with 'commit' privileges.Here are some key features of "Framewave":Signal processing? Essential Vector Calculation (Add, Sub, Or, Xor, etc.)? Fixed Accuracy Arithmetic (Inverse, Divide, Ln, etc.)? Vector Initialization Tasks (Copy, Move, etc.)? Domain Transform (Multiplication of vectors, etc.)Image processing.? Arithmetic and Logic operations (Add, Sub, Or, etc.)? Digital Filter Functions (Box Filter, Sobel Filter, etc.)? Color Model Conversion (RGBToYUV, RGBToYCbCr, etc.)? Threshold & Compare? Morphologic Operations? Geometric OperationsVideo processing.? H.264 Decoder? H.264 Inverse Transform? H.264 Reconstruction? H.264 Intra-predict? H.264 Interpolation? Motion Compensation? Motion Estimation? MPEG-1:Decoder, Inverse DCT, Inverse Quantization, Reconstruction of DCT block, Variable Lenght decoding? MPEG-2:Decoder, Inverse DCT, Inverse Quantization, Reconstruction of DCT block, Variable Length decodingJPEG processing.? JPEG Color Conversion? JPEG Sampling? JPEG Level Shift, Planar-to-Pixel and Pixel-to-Planar? Quantization and Combined DCT? Huffman Codec.

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