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TABLE 6. Association of baseline human immunodeficiency virus (HIV) RNA quartile by age at entry with risk for disease progression or death during study follow - up among HIV- infected children receiving antiretroviral treatment*
Table 2: Sumary of the Focus groups protocol
Table 4.1: Inter-Node Group Management Protocol
2006
Cited by 2
Table 1: Efficiency of Two-Party Group Key Exchange Protocols
"... In PAGE 5: ... According to Adams and Lloyd [1], these protocols can be compared when we adjust the key length to obtain an equiv- alent level of cryptographic protection. Table1 summarizes... ..."
Table 1: Group key management protocols Centralized Decentralized Distributed
2006
TABLE I COMPARISON BETWEEN THE PROTOCOLS PRESENTED FOR GROUP KEY ESTABLISHMENT.
Table 2: Micro-mobility protocols grouped by the Mobile Routing Point protocol layer Layer 2 Layer 3 Layer 3.5
2002
Cited by 43
Table 3: Overhead of getting sequence numbers for the totally-ordered group communication protocol.
1998
"... In PAGE 17: ... This information can be used to compute how much time the application spends in retrieving sequence numbers, which is an estimate for the overhead of total ord- ering. Table3 shows the results for 32 processors. The table gives the average latency for the GetSeqno primi- tive, the number of calls to this primitive issued by all processors together (i.... In PAGE 18: ... replicated barrier object. In this case, the latencies increase (see the second column of Table3 ). The impact on application performance of the GetSeqno calls is small, however.... ..."
Cited by 65
Table 3: Overhead of getting sequence numbers for the totally-ordered group communication protocol.
1998
"... In PAGE 18: ... Table3 shows the results for 32 processors. The table gives the average latency for the GetSeqno primi- tive, the number of calls to this primitive issued by all processors together (i.... In PAGE 18: ... Other applications send multiple broadcasts at the same time, for example when all processors access a repli- cated barrier object. In this case, the latencies increase (see the second column of Table3 ). The impact on application performance of the GetSeqno calls is small, however.... ..."
Cited by 65
Table 3: Overhead of getting sequence numbers for the totally-ordered group communication protocol.
1998
"... In PAGE 18: ... Table3 shows the results for 32 processors. The table gives the average latency for the GetSeqno primi- tive, the number of calls to this primitive issued by all processors together (i.... In PAGE 18: ... Other applications send multiple broadcasts at the same time, for example when all processors access a repli- cated barrier object. In this case, the latencies increase (see the second column of Table3 ). The impact on application performance of the GetSeqno calls is small, however.... ..."
Cited by 65
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