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Table 1:Operating system DNS resolver behavior.
"... In PAGE 2: ... Using the expression above, the extra delay added to an SSH login on our campus when the pri- mary DNS server is unavailable is 50 seconds. The behavior of DNS resolvers was tested on eight operating systems, and the results of these tests are in Table1 below.Seven of the eight systems exhibit the object impermanence behavior.... ..."
Table 4: Summary of memory system behavior.
"... In PAGE 8: ... To establish this trend, we have partitioned the SUIF programs in ourstudyinto three groups, based on whether their granularity was in the top, middle, or bottom third of our suite. Their memory system behavior is summarized in Table4 . We find that SUIF applications with larger granularity have the best memory system performance, resulting in both greater speedups and higher percentage of ideal speedups achieved.... ..."
Table 5. Variation in Behavior of Operating System Services
2002
"... In PAGE 6: ... As these units are not accessed, the clock power is lower as well, leading to a smaller average power. Table5 shows how much variation there actually exists between the invocations of the services across the bench- marks. The variation is measured using the coefficient of deviation and is expressed as a percentage.... ..."
Cited by 24
Table 5. Variation in Behavior of Operating System Services
2002
"... In PAGE 6: ... As these units are not accessed, the clock power is lower as well, leading to a smaller average power. Table5 shows how much variation there actually exists between the invocations of the services across the bench- marks. The variation is measured using the coefficient of deviation and is expressed as a percentage.... ..."
Cited by 24
Table 2. System Behavioral Simulation Parameters.
2001
"... In PAGE 20: ... Parameters were included for describing analog block nonidealities such as finite op-amp gain, offset, noise, and nonlinearity. Unles otherwise indicated, system parameters were as shown in Table2 . In [1, 2] a cyclic ... ..."
Cited by 1
Table 4: Summary of memory system behavior.
1996
Cited by 7
Table 3 Behavior Q
"... In PAGE 6: ... The control system expanded to incorporate the new be- havior, Q 9 as shown in Figure 3#28e#29. From the behavior sequence of Table3 and Figure 5, it is seen that behavior Q 9 quickly exploited the existing behaviors Q 5 , Q 6 and to a greater extent Q 7 and Q 8 . The performance of the hierarchical control system and its component behaviors are shown in Figure 8#28b#29.... ..."
Table 1: System Behavior with Varying Available Resources
1999
"... In PAGE 6: ... We use two metrics for our evaluation: utilization is computed from the number of requests served by the server within a history unit, and server load measures all open requests (see [HA98]). Table1 shows the average utilization u, the variance of utilization (var. of u), the average server load l, the variance in server load (var.... In PAGE 7: ...lower the resources, the worse the QoS. Table1 shows that for non-uniform clients the QoS and the utilization is lower (left side) than for uniform clients with the same available resources (right side).... In PAGE 7: ...10 for 1000 simulation periods. The values in Table1 are computed with the parameter r h . We employed the stochastic approach to evaluate situations in which the server has to deal with excessively high variations in data rates.... ..."
Cited by 4
Table 2. Example system execution behavior estimates.
Table 2. Example system execution behavior estimates.
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