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Table 2: Average number of hops and cost in the multicast tree generated under di erent routing schemes for delay-sensitive applications:Group Size=5,Load=70

in QoS Based Multicast Routing Algorithms for Real Time Applications
by Sanjeev Verma, Rajesh K. Pankaj, Alberto Leon-Garcia 1998
Cited by 7

Table 4: Average number of hops and cost in the multicast tree generated under di erent routing schemes for delay-sensitive applications: Group Size=20, Load=30

in QoS Based Multicast Routing Algorithms for Real Time Applications
by Sanjeev Verma, Rajesh K. Pankaj, Alberto Leon-Garcia 1998
Cited by 7

Table 4: Results for Example 2: Delay-sensitive ows.

in A Wireless Fair Service Algorithm For Packet Cellular Networks
by Songwu Lu, Thyagarajan Nandagopal, Vaduvur Bharghavan 1998
Cited by 47

Table 1: Delay sensitivities (ms)

in A live multimedia stream querying system
by Bin Liu 2005
Cited by 2

Table 1: Applications Used and Suggested QoS Classes The programs that were used for each of the above applications were Pocket Internet Explorer (web surfing), Pocket Outlook (E-mail), Rucksun Scotty FTP, and Pocket Windows Media Player 8.0 (video streaming). As can be seen from Table 1, three of the four applications use the connection-oriented TCP protocol, while the connectionless User Datagram Protocol (UDP) is used for the most delay sensitive video streaming application. Standard protocols such as Hyper-Text Transfer Protocol (HTTP), File Transfer Protocol (FTP), Internet Message Access Protocol (IMAP), and Real Time Transport Protocol (RTP), are used at the application layer. The second column in Table 1 suggests for each application a classification using the four standard ETSI traffic classes,

in Measuring Quality of Service in an Experimental Wireless Data Network
by M. Ivanovich, P. Fitzpatrick, J. Li, M. Beresford, A. Saliba 2003
Cited by 1

Table IV. Delay Sensitivity to Main factors

in Sensitivity Study Of Interconnect Variation Using Statistical Experimental Design
by Zhihao Jeff Lin, Costas J. Spanos

Table 3: Allocation of bandwidth to the queues, compared to amount of actual traffic.

in unknown title
by unknown authors
"... In PAGE 33: ... Then, we proceed with Step 5: Bandwidth allocation: To provide a service that reflects the delay sensitivity of the applications we choose an un-fair allocation scheme. A possible allocation is shown in Table3 below. ... ..."

TABLE IV CRITICAL PATH DELAY SENSITIVITY OF MULTIPLIER CIRCUIT TO THE MAIN FACTORS

in unknown title
by unknown authors 1998
Cited by 6

Table 1 - Example user_priority to service mappings

in unknown title
by unknown authors 1998
"... In PAGE 7: ...2. Default service mappings Table1 presents the default mapping from delay targets to IEEE 802.1 user_priority classes.... In PAGE 7: ... Such mechanisms are for further study. The delay bounds numbers proposed in Table1 are for per-Bandwidth Allocator element delay targets and are derived from a subjective analysis of the needs of typical delay-sensitive applications e.g.... ..."

Table 1 - Example user_priority to service mappings

in unknown title
by unknown authors
"... In PAGE 7: ...2. Default service mappings Table1 presents the default mapping from delay targets to IEEE 802.1 user_priority classes.... In PAGE 8: ... The delay bounds numbers proposed in Table1 are for per-Bandwidth Allocator element delay targets and are derived from a subjective analysis of the needs of typical delay-sensitive applications e.g.... ..."
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