A. Swan, S. McCanne, and L. Rowe. Layered transmission and caching for the multicast session directory service. In Proc. ACM Intl. Multimedia Conf. '98, pp. 119--28, New York, NY., September 1998. Home/Search Document Details and Download
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Network Support for Group Communication - Levine (1999) (Correct)
.... to a set of receivers with a heterogeneous mix of network connections (in terms of bandwidth or perceived congestion) These protocols can employ layered encodings of data that divide streaming data into a base encoding and multiple refining streams that enhance the rendering of the base encoding [17, 32, 60]. A receiver may chose to subscribe to the base level stream, or if it has more available bandwidth, the receiver may subscribe to additional streams. An important aspect of such protocols is discovering what bandwidth is available to each receiver and adjusting the number of received streams ....
Andrew Swan, Steven McCanne, and Lawrence A. Rowe. Layered transmission and caching for the multicast session directory service. In Proceedings of ACM Multimedia '98, Bristol, UK, September 1998.
The Information Discovery Graph: Towards a Scalable.. - Sturtevant, Tang, Zhang (1999) (5 citations) (Correct)
....to directly select relevant content. However, these advantageous features also result in a few problems with SAP. First, when a new client initially comes online, it must wait patiently to learn about all existing announcements. Currently it can take up to 30 minutes to hear all available sessions [5], and this time can only be expected to grow as the number of content providers grows. The delay is due to the fixed bandwidth used by all session announcements and the extreme sensitivity to announcement packet losses. SAP dictates that only 200 bits per second of global bandwidth be used for ....
....group multicast globally, or to have a client make many queries to managers widely distributed across the Internet. Either TTL or administrative scoped multicast can be useful tools in addressing the issue of scaling in spatial dimension. A good outline of administrative scoping can be found in [5]. This reference also shows how scoping can be used to help support localized multimedia sessions. The same concept should apply to IDG design. A local manager, or set of local managers, could both manage locally scoped data sources and provide a cache of interesting global sessions. 5.2. ....
A. Swan, S. McCanne, and L. Rowe, "Layered Transmission and Caching for the Multicast Session Directory Service", Proceedings of ACM Multimedia '98, Sep. 1998.
Video Compression and Streaming over Packet-switched Networks - Tan (2000) Self-citation (Rowe) (Correct)
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A. Swan, S. McCanne, and L. Rowe. Layered transmission and caching for the multicast session directory service. In Proc. ACM Intl. Multimedia Conf. '98, pp. 119--28, New York, NY., September 1998.
A Framework for Interactive Multicast Data Transport in the Internet - Raman (2000) Self-citation (Mccanne) (Correct)
....Session Directory The session directory tool sdr uses a linear table of entries and announces each one periodically. Since there is no structure to its announcement database, the time to receive a given announcement grows linearly with the number of entries in the database. Previous research [131] proposes a split architecture for the session announcement protocol (SAP) to improve its performance and simultaneously support announcements for layered media sessions. In this architecture, multiple protocol proxy agents are used global SAP agents operate at a low frequency, and announce ....
Andrew Swan, Steven McCanne, and Larry Rowe. Layered Transmission and Caching for the Multicast Session Directory Service. In Proceedings of ACM Multimedia '98, Bristol, UK, September 1998. ACM.
A Preference Clustering Protocol for Large-Scale Multicast.. - Wong, Katz, McCanne (1999) (3 citations) Self-citation (Mccanne) (Correct)
....with the centroid closest to itself. 4.3 Session Directory Service The session directory tool sdr announces information on MBone sessions. Currently, bandwidth used by sdr is limited to 200 bits per second [12] which is divided evenly among all announcements. As pointed out by Swan et al. [34], with just 25 sessions this constraint can lead to a wait of 10 20 minutes to see a particular announcement. Clustering is beneficial here because a sdr client is not necessarily interested in all the sessions. More bandwidth should be allocated to the popular sessions, such as NASA shuttle ....
Swan, A., McCanne, S., and Rowe, L. Layered Transmission and Caching for the Multicast Session Directory Service. In Proceedings of ACM Multimedia (September 1998).
Matchmaker: A Protocol Architecture for Efficient.. - Wong, Katz, McCanne Self-citation (Mccanne) (Correct)
....box or the centroid closest to itself. 5.3 Session Directory Service The session directory tool sdr announces information on MBone sessions. Currently, bandwidth used by sdr is limited to 200 bits per second [14] which is divided evenly among all announcements. As pointed out by Swan et al. [34], with just 25 sessions this constraint can lead to a wait of 10 20 minutes to see a particular announcement. Clustering is beneficial here because a sdr client is not necessarily interested in all the sessions. Also, more bandwidth should be allocated to the popular sessions, such as NASA shuttle ....
Swan, A., McCanne, S., and Rowe, L. Layered Transmission and Caching for the Multicast Session Directory Service. In Proceedings of ACM Multimedia (September 1998).
Shared Remote Control of a Video Conferencing.. - Hodes, Newman.. (1999) (8 citations) Self-citation (Mccanne) (Correct)
No context found.
A. Swan, S. McCanne, and L. Rowe, "Layered Transmission and Caching for the Multicast Session Directory Service," Proceedings of ACM Multimedia '98 , 1998.
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