Architecture for video streaming application on heterogeneous platform

Huang, Yung-Sung; Chieu, Bin-Chang

doi:10.1007/s11042-014-1856-y

Multimed Tools Appl

2014

DOI: 10.1007/s11042-014-1856-y

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Architecture for video streaming application on heterogeneous platform

Yung-Sung Huang

Bin-Chang Chieu

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“…This has explosively increased the amount of IP video traffic over mobile access networks, which is dominated by multimedia streaming, and acts as a burden to the resource-constrained mobile network. Therefore, methods to efficiently deliver large quantities of video streaming content are needed [5,6,18].…”

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View pattern-based adaptive streaming strategy for mobile content delivery services

Kim

2015

Multimed Tools Appl

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This study contributes towards a new streaming strategy for mobile multimedia content such as audio/video delivered to mobile access devices. In general, users often watch the first part of a video clip and then switch to some other content. In this regard, this paper presents a view pattern-based adaptive streaming (abbreviated VPAS) strategy for mobile content delivery services that considers mobile network environments characterized by limited available bandwidth. VPAS offers a distinction by requesting smaller data chunk sizes in the remaining parts of the video content, which are not as frequently referenced as the first parts. VPAS offers several benefits, including the less wasting of network resources and less network traffic.

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confidence: 99%

View pattern-based adaptive streaming strategy for mobile content delivery services

Kim

2015

Multimed Tools Appl

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Efficient architecture for direct 8 × 8 2D DCT computations with earlier zigzag ordering

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Belkouch

Benslimane

et al. 2015

Multimed Tools Appl

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Architecture for video streaming application on heterogeneous platform

Cited by 2 publications

References 9 publications

View pattern-based adaptive streaming strategy for mobile content delivery services

View pattern-based adaptive streaming strategy for mobile content delivery services

Efficient architecture for direct 8 × 8 2D DCT computations with earlier zigzag ordering

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