V. Lappalainen, "Performance Analysis of Intel MMX Technology for an H.263 Video Encoder," Proceedings of ACM Multimedia Conference, 1998, pp. 309-314. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
Architectural Techniques to Accelerate Multimedia Applications on.. - Talla (2001) (Correct)
....state of the art superscalar processor with SIMD extensions and compare them with existing characterizations of other desktop workloads. 2. 2 Benefits of SIMD Extensions Several research efforts have evaluated the benefits of SIMD extensions since their commercial introduction in 1994 [10] 19] 27][58][62] 71] 78] 93] Benchmarking of several applications on the UltraSparc processor using VIS [19] showed a performance speedup for some DSP applications over non VIS versions. Applications with FIR filters showed the most improvement while IIR 27 filters and FFTs exhibited little or no ....
....ILP techniques provided 2x to 4x performance improvements and media extensions provided an additional 1.1x to 4.2x performance improvement. Motorola s AltiVec technology is seen to result in a significant performance increase (1. 6x to 11.7x) for DSP and multimedia kernels in [71] Lappalainen [58] presented performance analysis of MMX technology for an H.263 video encoder and reported a performance improvement of 1.65x by using MMX over optimized scalar assembly code without MMX. A number of commercial general purpose and DSP processors have been benchmarked by BDTI [11] 13] on a suite of ....
V. Lappalainen, "Performance analysis of Intel MMX technology for an H.263 video encoder," Proc. ACM Int. Conf. on Multimedia, pp. 309314, Sep. 1998.
Evaluating Signal Processing and Multimedia.. - Talla, John.. (2000) (2 citations) (Correct)
....the speedup of the VLIW version ranges from 0.63 to 9.0. We also observe that out of order execution techniques are extremely important to exploit data parallelism in media applications. Several efforts have analyzed the benefits of SIMD extensions on general purpose processors [3] 4] 5] 6] 7] [8]. An evaluation of MMX on a Pentium processor on kernels and applications was presented in [3] However, such an analysis on a modern out of order speculative machine like the Pentium II is not reported in literature. Performance of image and video processing with VIS extensions was analyzed in ....
....an additional 1.1x to 4.2x performance improvements. However, our work includes the VLIW paradigm as well. A performance increase by using AltiVec technology for DSP and multimedia kernels was reported in [6] Performance analysis of MMX technology for an H. 263 video encoder was presented in [8]. A number of commercial general purpose and DSP processors have been benchmarked by BDTI [9] on a suite of 11 kernels. However, only a single performance metric denoting the execution time is released in the public domain for all of the benchmarks together. Moreover, the Pentium II has not been ....
V. Lappalainen, "Performance analysis of Intel MMX technology for an H.263 video encoder", Proc. 6 th ACM Int. Conf. on Multimedia, pp. 309-314, Sep. 1998.
Performance Analysis of Low Bit Rate H.26L Video Encoder - Hallapuro, Lappalainen.. (2001) Self-citation (Lappalainen) (Correct)
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V. Lappalainen, "Performance Analysis of Intel MMX Technology for an H.263 Video Encoder," Proc. ACM MULTIMEDIA '98, pp. 309-314, Sept. 1998.
Merl -- A Mitsubishi Electric Research Laboratory - Http Www Merl (2003) (Correct)
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V. Lappalainen, "Performance Analysis of Intel MMX Technology for an H.263 Video Encoder," Proceedings of ACM Multimedia Conference, 1998, pp. 309-314.
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