I-DG and HI-DG: Scalable and Efficient Techniques for Subscription-Based Data Dissemination via IP Multicasting
This paper proposes the IP Multicast-enabled Drop Groups (I-DG) and the Hybrid I-DG (HI-DG) techniques for solving the problem of efficiently and securely disseminating information to a large number of subscribers in the Internet. Possible application areas include stock market information distribut...
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| Veröffentlicht in: | Electronic commerce research 2003-01, Vol.3 (1-2), p.143 |
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| creator | Celik, Aslihan Holliday, JoAnne Ramavarjula, Bindumadhavi |
| description | This paper proposes the IP Multicast-enabled Drop Groups (I-DG) and the Hybrid I-DG (HI-DG) techniques for solving the problem of efficiently and securely disseminating information to a large number of subscribers in the Internet. Possible application areas include stock market information distribution, refreshing the caches of edge servers on the Internet, pay-per-view information delivery. The proposed I-DG technique uses an appropriate IP multicasting protocol as the base and addresses the problems, such as key distribution and subscription, introduced by large scale data dissemination. I-DG provides dynamic and secure subscription to multicast data, and proposes a solution to content organization in broadcasts. The HI-DG technique employs a combination of multicasting and unicasting to reduce the packet load on the network. Simulation shows the efficacy of the two methods. I-DG performs the best when most of the clients subscribe to the same set of items, and HI-DG is best when a subset of data items is more popular. [PUBLICATION ABSTRACT] |
| format | Article |
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| ispartof | Electronic commerce research, 2003-01, Vol.3 (1-2), p.143 |
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| language | eng |
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| subjects | Access control Electronic commerce Information management Internet stocks Pay per view television Protocol Securities markets Stock prices Studies Subscriptions Wireless networks |
| title | I-DG and HI-DG: Scalable and Efficient Techniques for Subscription-Based Data Dissemination via IP Multicasting |
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