MMX Related References

Intel Manuals

Intel Application Notes for MMX

• AP- 529 Using MMX™ Instructions to Implement Optimized Motion Compensation for MPEG1 Video Playback
• AP-531 Using MMX™ Instructions to Compute the 2x2 Haar Transform
• AP-533 Using MMX™ Instructions to Implement a Synthesis Sub-Band Filter for MPEG Audio Decoding
• AP-564 Using MMX™ Instructions to Compute the L2 Norm Between Two 16-Bit Vectors
• AP-572 Using MMX™ Instructions to Implement a Modem Passband Canceler
• AP-575 Using MMX™ Instructions to Implement a 1/3T Equalizer algorithm
• Matrix Multiply Application Note
• Advanced Procedural Texturing Using MMX™ Technology
• Using MMX™ Instructions for Procedural Texture Mapping Based on Perlin's Noise Function
• Using MMX™ Instructions to Perform 3D Geometry Transformations

Intel Application Notes for SSE2

• AP-935 Using streaming SIMD extension 2 (SSE2) for SAXPY/DAXPY
• AP-942 Using streaming SIMD extension 2 (SSE2) for video coding and decoding
• AP-945 Using streaming SIMD extension 2 (SSE2) to implementan inverse discrete cosine transform
• AP-946 Using streaming SIMD extension 2 (SSE2) to evaluate hidden Markov model with Viterbi decoding

Papers

Speical Issue on IEEE Micro Magazine, Volume 16, Issue 4, August 1996

• Tremblay, M.; O'Connor, J.M.; Narayanan, V.; Liang He, VIS speeds new media processing, IEEE Micro, Vol. 16, no. 4, 1996, pp. 10-20. [PDF Full-Text (1120 KB)]
• Peleg, A.; Weiser, U., MMX technology extension to the Intel architecture, IEEE Micro, Vol. 16, no. 4, 1996, pp. 42-50. [PDF Full-Text (1228 KB)]
• Lee, R.B., Subword parallelism with MAX-2, IEEE Micro, Vol. 16, no. 4, 1996, pp. 51-59. [PDF Full-Text (1012 KB)]