Fuzzily Adaptive Quantity of Left-side/Right-side 3D Streaming Scheme on P2P environment

碩士 === 國立東華大學 === 電機工程學系 === 102 === Today, the mobile device technologies are advancing with each passing day, the peoples use them to watch videos and deal important business anywhere. Furthermore, the vigorous development of 3D streaming technology make the 3D video conferencing, live broadcast a...

Full description

Bibliographic Details
Main Authors: Yu-Jhih Wang, 王煜智
Other Authors: Han-Chieh Chao
Format: Others
Published: 2014
Online Access:http://ndltd.ncl.edu.tw/handle/6uftye
id ndltd-TW-102NDHU5442030
record_format oai_dc
spelling ndltd-TW-102NDHU54420302019-05-15T21:32:18Z http://ndltd.ncl.edu.tw/handle/6uftye Fuzzily Adaptive Quantity of Left-side/Right-side 3D Streaming Scheme on P2P environment 在P2P環境的左眼/右眼3D串流量之模糊自適應機制 Yu-Jhih Wang 王煜智 碩士 國立東華大學 電機工程學系 102 Today, the mobile device technologies are advancing with each passing day, the peoples use them to watch videos and deal important business anywhere. Furthermore, the vigorous development of 3D streaming technology make the 3D video conferencing, live broadcast and online game which made the peoples feel like they were standing right in the scene themselves. However, to support the huge streaming so that the bandwidth will face enormous challenges. Because such technology is potential to lead the network congestion and longer playback waiting time and blurred image of watching 3D video. In this study, we use the front camera of a mobile devices to track user's viewing way then to calculate the 3D stream of current needs then find the most suitable peer for source supplying. This way consider to the multiple influence factors to chosen supply partners with different data flow. By these simulation results show that our proposed method can reduces video download flow for maintained clarity of the image of the users view thus enhances the node live rate and reduce the extra burden successfully. Han-Chieh Chao 趙涵捷 2014 學位論文 ; thesis 49
collection NDLTD
format Others
sources NDLTD
description 碩士 === 國立東華大學 === 電機工程學系 === 102 === Today, the mobile device technologies are advancing with each passing day, the peoples use them to watch videos and deal important business anywhere. Furthermore, the vigorous development of 3D streaming technology make the 3D video conferencing, live broadcast and online game which made the peoples feel like they were standing right in the scene themselves. However, to support the huge streaming so that the bandwidth will face enormous challenges. Because such technology is potential to lead the network congestion and longer playback waiting time and blurred image of watching 3D video. In this study, we use the front camera of a mobile devices to track user's viewing way then to calculate the 3D stream of current needs then find the most suitable peer for source supplying. This way consider to the multiple influence factors to chosen supply partners with different data flow. By these simulation results show that our proposed method can reduces video download flow for maintained clarity of the image of the users view thus enhances the node live rate and reduce the extra burden successfully.
author2 Han-Chieh Chao
author_facet Han-Chieh Chao
Yu-Jhih Wang
王煜智
author Yu-Jhih Wang
王煜智
spellingShingle Yu-Jhih Wang
王煜智
Fuzzily Adaptive Quantity of Left-side/Right-side 3D Streaming Scheme on P2P environment
author_sort Yu-Jhih Wang
title Fuzzily Adaptive Quantity of Left-side/Right-side 3D Streaming Scheme on P2P environment
title_short Fuzzily Adaptive Quantity of Left-side/Right-side 3D Streaming Scheme on P2P environment
title_full Fuzzily Adaptive Quantity of Left-side/Right-side 3D Streaming Scheme on P2P environment
title_fullStr Fuzzily Adaptive Quantity of Left-side/Right-side 3D Streaming Scheme on P2P environment
title_full_unstemmed Fuzzily Adaptive Quantity of Left-side/Right-side 3D Streaming Scheme on P2P environment
title_sort fuzzily adaptive quantity of left-side/right-side 3d streaming scheme on p2p environment
publishDate 2014
url http://ndltd.ncl.edu.tw/handle/6uftye
work_keys_str_mv AT yujhihwang fuzzilyadaptivequantityofleftsiderightside3dstreamingschemeonp2penvironment
AT wángyùzhì fuzzilyadaptivequantityofleftsiderightside3dstreamingschemeonp2penvironment
AT yujhihwang zàip2phuánjìngdezuǒyǎnyòuyǎn3dchuànliúliàngzhīmóhúzìshìyīngjīzhì
AT wángyùzhì zàip2phuánjìngdezuǒyǎnyòuyǎn3dchuànliúliàngzhīmóhúzìshìyīngjīzhì
_version_ 1719115756337102848