Design of Video Service Engine with SCSI for an ADSL-Based Near Video On DEMAND System

Chih Shoung Huang; Wen Deh Wang; Liang Wei Lee; Yinyi Lin; Huang Cheng Huang; Yin Hwa Huang; Chang Chi Lai; Bing Shan Chien; Yu Chyuan Chang; Chi Shi Liu; Bor Sheng Jeng

doi:10.1109/30.628645

Design of Video Service Engine with SCSI for an ADSL-Based Near Video On DEMAND System

Chih Shoung Huang, Wen Deh Wang, Liang Wei Lee, Yinyi Lin, Huang Cheng Huang, Yin Hwa Huang, Chang Chi Lai, Bing Shan Chien, Yu Chyuan Chang, Chi Shi Liu, Bor Sheng Jeng

Department of Communication Engineering

Research output: Contribution to journal › Article › peer-review

2 Scopus citations

Abstract

A design for Video-Service-Engine(VSE) with Small Computer System Interface (SCSI) is proposed in this paper. It is implemented to an ADSL-based Near Video-On-Demand(NVOD) system as the video stream pump to provide interactive service. In this paper, the description of VSE follows the sequence of system overview, hardware architecture and operation flow control in order to give a comprehensive understanding about it. In addition, a video service trial which uses VSE to pump 504 channels of program at the DS1 rate is also introduced. From the quality of service(QoS) test, VSE successfully provides interactive service to the customer side with the distance 15,000 feet from the central office. Hence, a reliable video delivery system with good quality is proved.

Original language	English
Pages (from-to)	386-393
Number of pages	8
Journal	IEEE Transactions on Consumer Electronics
Volume	43
Issue number	3
DOIs	https://doi.org/10.1109/30.628645
State	Published - 1997

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title = "Design of Video Service Engine with SCSI for an ADSL-Based Near Video On DEMAND System",

abstract = "A design for Video-Service-Engine(VSE) with Small Computer System Interface (SCSI) is proposed in this paper. It is implemented to an ADSL-based Near Video-On-Demand(NVOD) system as the video stream pump to provide interactive service. In this paper, the description of VSE follows the sequence of system overview, hardware architecture and operation flow control in order to give a comprehensive understanding about it. In addition, a video service trial which uses VSE to pump 504 channels of program at the DS1 rate is also introduced. From the quality of service(QoS) test, VSE successfully provides interactive service to the customer side with the distance 15,000 feet from the central office. Hence, a reliable video delivery system with good quality is proved.",

author = "Huang, {Chih Shoung} and Wang, {Wen Deh} and Lee, {Liang Wei} and Yinyi Lin and Huang, {Huang Cheng} and Huang, {Yin Hwa} and Lai, {Chang Chi} and Chien, {Bing Shan} and Chang, {Yu Chyuan} and Liu, {Chi Shi} and Jeng, {Bor Sheng}",

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AU - Huang, Chih Shoung

AU - Wang, Wen Deh

AU - Lee, Liang Wei

AU - Lin, Yinyi

AU - Huang, Huang Cheng

AU - Huang, Yin Hwa

AU - Lai, Chang Chi

AU - Chien, Bing Shan

AU - Chang, Yu Chyuan

AU - Liu, Chi Shi

AU - Jeng, Bor Sheng

PY - 1997

Y1 - 1997

N2 - A design for Video-Service-Engine(VSE) with Small Computer System Interface (SCSI) is proposed in this paper. It is implemented to an ADSL-based Near Video-On-Demand(NVOD) system as the video stream pump to provide interactive service. In this paper, the description of VSE follows the sequence of system overview, hardware architecture and operation flow control in order to give a comprehensive understanding about it. In addition, a video service trial which uses VSE to pump 504 channels of program at the DS1 rate is also introduced. From the quality of service(QoS) test, VSE successfully provides interactive service to the customer side with the distance 15,000 feet from the central office. Hence, a reliable video delivery system with good quality is proved.

AB - A design for Video-Service-Engine(VSE) with Small Computer System Interface (SCSI) is proposed in this paper. It is implemented to an ADSL-based Near Video-On-Demand(NVOD) system as the video stream pump to provide interactive service. In this paper, the description of VSE follows the sequence of system overview, hardware architecture and operation flow control in order to give a comprehensive understanding about it. In addition, a video service trial which uses VSE to pump 504 channels of program at the DS1 rate is also introduced. From the quality of service(QoS) test, VSE successfully provides interactive service to the customer side with the distance 15,000 feet from the central office. Hence, a reliable video delivery system with good quality is proved.

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Design of Video Service Engine with SCSI for an ADSL-Based Near Video On DEMAND System

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