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Table 5.4 shows the percentage of frame entries that had to be replaced because of conflicts in the finite buffer. The data are averaged over all benchmarks. Here it is obvious that the larger buffers suffer from fewer conflicts. Also, for the same buffer size, an associativity of 8 has far fewer conflicts. Therefore, a buffer of 2k entries with an associativity of 8 is a good choice for the frame value buffer. The size of the frame value buffer in bytes is the number of entries times the size of a single entry. The size of a single entry was shown to be 336 bytes in chapter 2. Therefore, a reasonable size for a finite frame value buffer is 672 kbytes.
2001
Cited by 2
Table-based routing suffers from lack of scalability when the network grows ( Figure 11). When using SR, scaling is even worse. In SR, in addition to the linear growth of the table with the network size, the amount of the routing information that is stored in each entry grows linearly with the length of the routing path. Therefore SR is efficient only for patterns with a small number of S-D pairs ( Figure 12). For a small number of destinations, SR is on-par with DR. As the number of destination grows, the cost of SR grows much faster than the cost of DR. The same is true for the more efficient SRDP and XYDT.
2007
Cited by 1
Table-based routing suffers from lack of scalability when the network grows ( Figure 11). When using SR, scaling is even worse. In SR, in addition to the linear growth of the table with the network size, the amount of the routing information that is stored in each entry grows linearly with the length of the routing path. Therefore SR is efficient only for patterns with a small number of S-D pairs ( Figure 12). For a small number of destinations, SR is on-par with DR. As the number of destination grows, the cost of SR grows much faster than the cost of DR. The same is true for the more efficient SRDP and XYDT.
Table 5. Eclipse 2.0 MLR Model Metrics B Std. Error P-value OR
"... In PAGE 5: ...6, which was below the threshold of collinearity. Therefore, the model in Table5 was valid and did not suffer from collinearity. Table 6.... ..."
Table 4.5. Comparing the difference in changes in real income and expenditure in 1997-98
Table 5. We see that later modules suffer from
1999
Cited by 60
Table 8: Suffered by any Major Illness, Source of Treatment and Province
2005
"... In PAGE 32: ... Sexually transmitted diseases are prevalent amongst older street children, with increasing numbers of street children now living with HIV/AIDS. Table8 describes distribution of street children who suffered by any major illness by source of treatment in provinces. Table 8 shows that more than 34 percent of street children, got their treatment from the government hospital, when they have any major illness occurred.... In PAGE 32: ...ote, that 45.2 percent reported that they never suffered any major illness. It may be perhaps, that street children mis-understood the concept of any major illness . Table8 further demonstrates the differential among provinces. The preference of hospital-based facility was found higher in NWFP, as 50 percent of street children seeking help from proper hospital (government/private) as compared to Sindh, which is lowest in this scenario.... ..."
TABLE III COMPARISON OF RATES AND PROPORTION OF FRAMES SUFFERING 20% RATE REDUCTION
1998
Cited by 27
Table 4. Studies of NPPV With Patients Suffering Acute Cardiogenic Pulmonary Edema
"... In PAGE 7: ... Of concern is the risk for harm, with 2 studies reporting significantly greater myocardial infarction rate among the NPPV patients. Moreover, there is not clear evidence that NPPV is associated with lower intubation rate or mortality ( Table4 and Fig. 3).... ..."
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