The Experts below are selected from a list of 54144 Experts worldwide ranked by ideXlab platform
Y Masse - One of the best experts on this subject based on the ideXlab platform.
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open Multimedia Application platform enabling Multimedia Applications in third generation wireless terminals through a combined risc dsp architecture
International Conference on Acoustics Speech and Signal Processing, 2001Co-Authors: J Chaoui, K Cyr, S De Gregorio, Jeanpierre Giacalone, Jennifer Webb, Y MasseAbstract:Describes how Multimedia Applications will be enabled in 3G wireless terminals thanks to the efficiency of the DSP core embedded in the TI Open Multimedia Application Platform (OMAP). The OMAP H/W architecture is described, with an emphasis on how Multimedia Applications (video, audio, speech) will benefit from this advanced architecture. The paper also depicts the advantages provided by a combined RISC/DSP architecture, compared to a single RISC architecture, for 3G Multimedia mobile Applications.
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ICASSP - Open Multimedia Application platform: enabling Multimedia Applications in third generation wireless terminals through a combined RISC/DSP architecture
2001 IEEE International Conference on Acoustics Speech and Signal Processing. Proceedings (Cat. No.01CH37221), 2001Co-Authors: J Chaoui, K Cyr, S De Gregorio, Jeanpierre Giacalone, Jennifer Webb, Y MasseAbstract:Describes how Multimedia Applications will be enabled in 3G wireless terminals thanks to the efficiency of the DSP core embedded in the TI Open Multimedia Application Platform (OMAP). The OMAP H/W architecture is described, with an emphasis on how Multimedia Applications (video, audio, speech) will benefit from this advanced architecture. The paper also depicts the advantages provided by a combined RISC/DSP architecture, compared to a single RISC architecture, for 3G Multimedia mobile Applications.
J Chaoui - One of the best experts on this subject based on the ideXlab platform.
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open Multimedia Application platform enabling Multimedia Applications in third generation wireless terminals through a combined risc dsp architecture
International Conference on Acoustics Speech and Signal Processing, 2001Co-Authors: J Chaoui, K Cyr, S De Gregorio, Jeanpierre Giacalone, Jennifer Webb, Y MasseAbstract:Describes how Multimedia Applications will be enabled in 3G wireless terminals thanks to the efficiency of the DSP core embedded in the TI Open Multimedia Application Platform (OMAP). The OMAP H/W architecture is described, with an emphasis on how Multimedia Applications (video, audio, speech) will benefit from this advanced architecture. The paper also depicts the advantages provided by a combined RISC/DSP architecture, compared to a single RISC architecture, for 3G Multimedia mobile Applications.
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ICASSP - Open Multimedia Application platform: enabling Multimedia Applications in third generation wireless terminals through a combined RISC/DSP architecture
2001 IEEE International Conference on Acoustics Speech and Signal Processing. Proceedings (Cat. No.01CH37221), 2001Co-Authors: J Chaoui, K Cyr, S De Gregorio, Jeanpierre Giacalone, Jennifer Webb, Y MasseAbstract:Describes how Multimedia Applications will be enabled in 3G wireless terminals thanks to the efficiency of the DSP core embedded in the TI Open Multimedia Application Platform (OMAP). The OMAP H/W architecture is described, with an emphasis on how Multimedia Applications (video, audio, speech) will benefit from this advanced architecture. The paper also depicts the advantages provided by a combined RISC/DSP architecture, compared to a single RISC architecture, for 3G Multimedia mobile Applications.
S De Gregorio - One of the best experts on this subject based on the ideXlab platform.
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open Multimedia Application platform enabling Multimedia Applications in third generation wireless terminals through a combined risc dsp architecture
International Conference on Acoustics Speech and Signal Processing, 2001Co-Authors: J Chaoui, K Cyr, S De Gregorio, Jeanpierre Giacalone, Jennifer Webb, Y MasseAbstract:Describes how Multimedia Applications will be enabled in 3G wireless terminals thanks to the efficiency of the DSP core embedded in the TI Open Multimedia Application Platform (OMAP). The OMAP H/W architecture is described, with an emphasis on how Multimedia Applications (video, audio, speech) will benefit from this advanced architecture. The paper also depicts the advantages provided by a combined RISC/DSP architecture, compared to a single RISC architecture, for 3G Multimedia mobile Applications.
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ICASSP - Open Multimedia Application platform: enabling Multimedia Applications in third generation wireless terminals through a combined RISC/DSP architecture
2001 IEEE International Conference on Acoustics Speech and Signal Processing. Proceedings (Cat. No.01CH37221), 2001Co-Authors: J Chaoui, K Cyr, S De Gregorio, Jeanpierre Giacalone, Jennifer Webb, Y MasseAbstract:Describes how Multimedia Applications will be enabled in 3G wireless terminals thanks to the efficiency of the DSP core embedded in the TI Open Multimedia Application Platform (OMAP). The OMAP H/W architecture is described, with an emphasis on how Multimedia Applications (video, audio, speech) will benefit from this advanced architecture. The paper also depicts the advantages provided by a combined RISC/DSP architecture, compared to a single RISC architecture, for 3G Multimedia mobile Applications.
Jeanpierre Giacalone - One of the best experts on this subject based on the ideXlab platform.
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open Multimedia Application platform enabling Multimedia Applications in third generation wireless terminals through a combined risc dsp architecture
International Conference on Acoustics Speech and Signal Processing, 2001Co-Authors: J Chaoui, K Cyr, S De Gregorio, Jeanpierre Giacalone, Jennifer Webb, Y MasseAbstract:Describes how Multimedia Applications will be enabled in 3G wireless terminals thanks to the efficiency of the DSP core embedded in the TI Open Multimedia Application Platform (OMAP). The OMAP H/W architecture is described, with an emphasis on how Multimedia Applications (video, audio, speech) will benefit from this advanced architecture. The paper also depicts the advantages provided by a combined RISC/DSP architecture, compared to a single RISC architecture, for 3G Multimedia mobile Applications.
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ICASSP - Open Multimedia Application platform: enabling Multimedia Applications in third generation wireless terminals through a combined RISC/DSP architecture
2001 IEEE International Conference on Acoustics Speech and Signal Processing. Proceedings (Cat. No.01CH37221), 2001Co-Authors: J Chaoui, K Cyr, S De Gregorio, Jeanpierre Giacalone, Jennifer Webb, Y MasseAbstract:Describes how Multimedia Applications will be enabled in 3G wireless terminals thanks to the efficiency of the DSP core embedded in the TI Open Multimedia Application Platform (OMAP). The OMAP H/W architecture is described, with an emphasis on how Multimedia Applications (video, audio, speech) will benefit from this advanced architecture. The paper also depicts the advantages provided by a combined RISC/DSP architecture, compared to a single RISC architecture, for 3G Multimedia mobile Applications.
Jennifer Webb - One of the best experts on this subject based on the ideXlab platform.
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open Multimedia Application platform enabling Multimedia Applications in third generation wireless terminals through a combined risc dsp architecture
International Conference on Acoustics Speech and Signal Processing, 2001Co-Authors: J Chaoui, K Cyr, S De Gregorio, Jeanpierre Giacalone, Jennifer Webb, Y MasseAbstract:Describes how Multimedia Applications will be enabled in 3G wireless terminals thanks to the efficiency of the DSP core embedded in the TI Open Multimedia Application Platform (OMAP). The OMAP H/W architecture is described, with an emphasis on how Multimedia Applications (video, audio, speech) will benefit from this advanced architecture. The paper also depicts the advantages provided by a combined RISC/DSP architecture, compared to a single RISC architecture, for 3G Multimedia mobile Applications.
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ICASSP - Open Multimedia Application platform: enabling Multimedia Applications in third generation wireless terminals through a combined RISC/DSP architecture
2001 IEEE International Conference on Acoustics Speech and Signal Processing. Proceedings (Cat. No.01CH37221), 2001Co-Authors: J Chaoui, K Cyr, S De Gregorio, Jeanpierre Giacalone, Jennifer Webb, Y MasseAbstract:Describes how Multimedia Applications will be enabled in 3G wireless terminals thanks to the efficiency of the DSP core embedded in the TI Open Multimedia Application Platform (OMAP). The OMAP H/W architecture is described, with an emphasis on how Multimedia Applications (video, audio, speech) will benefit from this advanced architecture. The paper also depicts the advantages provided by a combined RISC/DSP architecture, compared to a single RISC architecture, for 3G Multimedia mobile Applications.