Nancy K. Feldman
IBM
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Featured researches published by Nancy K. Feldman.
IEEE Internet Computing | 2000
Rick Boivie; Nancy K. Feldman; Christopher Metz
The Internets global ubiquity has fostered numerous applications that use many different communications models. Applications like FTP Web browsing, and e-mail employ a unicast model where two parties exchange data over logical point-to-point connections. In other applications, such as multiparty audio/video conferencing and collaborative gaming, a source sends data to multiple parties. One way to support multiparty communications is with unicast connections between the source and all of the receivers. If a group has N parties, then a source must set up N-1 unicast connections and transmit the data N times over the network. When N is large, scalability becomes an issue for the source and the network. IP multicast solves this problem by sending a single copy of the data over a distribution tree that is rooted at the source and that branches out to the various destinations. Because the source transmits a single copy of the data, only one copy of the data appears on the branches in the distribution tree.
Archive | 1999
Ross W. Callon; Paul Doolan; Nancy K. Feldman; Andre N. Fredette; George Swallow; Arun Viswanathan
Archive | 1997
Nancy K. Feldman; Arun Viswanathan; Richard M. Woundy; Richard H. Boivie
Archive | 2003
Richard H. Boivie; Nancy K. Feldman; Yoshihiko Imai; Wim Livens; Dirk Ooms; O. Paridaens
Archive | 1997
Nancy K. Feldman; Arun Viswanathan; Richard M. Woundy; Richard H. Boivie
Archive | 1996
Arun Viswanathan; Nancy K. Feldman; Richard M. Woundy; Richard H. Boivie
Archive | 1997
Nancy K. Feldman; Arun Viswanathan; Richard M. Woundy; Richard H. Boivie
RFC | 2007
Richard H. Boivie; Nancy K. Feldman; Yuji Imai; Wim Livens; Dirk Ooms
Archive | 1997
Nancy K. Feldman; Arun Viswanathan; Richard M. Woundy; Richard H. Boivie
Archive | 1999
Andre N. Fredette; Arun Viswanathan; Ross W. Callon; George Swallow; Nancy K. Feldman; Paul Doolan