2006. 5. 15. 21:10
Thin-Client Computing for Supporting the QoS of Streaming Media in Mobil Device
2006. 5. 15. 21:10 in Study Story/Papaers
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Joahyoung Lee, Dongmahn Seo, Yoon Kim, Changyeol Choi, Hwangkyu Choi, Inbum Jung, “Thin-Client Computing for Supporting the QoS of Streaming Media in Mobil Device,” ICCSA 2006, LNCS 3981, pp. 562.571, 2006.
Thin-Client Computing for Supporting the QoS
of Streaming Media in Mobile Devices
Joahyoung Lee, Dongmahn Seo, Yoon Kim,
Changyeol Choi, Hwangkyu Choi, and Inbum Jung
Department of Computer Science and Engineering, Kangwon National University,
Chuncheon, 200-701, Korea
{jinnie4u, sarum, yooni, cychoi, hkchoi, ibjung}@kangwon.ac.kr
Abstract. Due to the limited resources in thin-clients on mobile devices
and the large amount of computation for decoding streaming media, it
is not easy to support the QoS of streaming media for thin-client on
mobile environment. To solve the problems, the terminal servers would
be charged for decoding the streaming media and thin-clients have a
role to update only the changed areas in their screen. In this paper, an
intelligent media player is proposed to provide the improved QoS for
streaming media in thin-client computing. Since the proposed method
reflects the intrinsic property of streaming media, it provides both the
enhanced video quality and the audio streaming fully synchronized with
image frames.
Thin-Client Computing for Supporting the QoS
of Streaming Media in Mobile Devices
Joahyoung Lee, Dongmahn Seo, Yoon Kim,
Changyeol Choi, Hwangkyu Choi, and Inbum Jung
Department of Computer Science and Engineering, Kangwon National University,
Chuncheon, 200-701, Korea
{jinnie4u, sarum, yooni, cychoi, hkchoi, ibjung}@kangwon.ac.kr
Abstract. Due to the limited resources in thin-clients on mobile devices
and the large amount of computation for decoding streaming media, it
is not easy to support the QoS of streaming media for thin-client on
mobile environment. To solve the problems, the terminal servers would
be charged for decoding the streaming media and thin-clients have a
role to update only the changed areas in their screen. In this paper, an
intelligent media player is proposed to provide the improved QoS for
streaming media in thin-client computing. Since the proposed method
reflects the intrinsic property of streaming media, it provides both the
enhanced video quality and the audio streaming fully synchronized with
image frames.
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