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Table 4: Real Times, Speedups, and k
2003
"... In PAGE 38: ... The resulting speedup curves are shown in Figure 9. Table4 shows the execution time for each sequence alignment performed and the corresponding value for k that achieved that performance.... ..."
Cited by 1
Table 3 Real-time performance for sequence
"... In PAGE 9: ... The simulation was run at 33 time steps per frame. Runtime performance details for this animation sequence are given in Table3 . Here, we have rendered just the character and cloth without a scene, to realize a frame rate of 26.... ..."
Table 2. Example Real-Time Workload
"... In PAGE 6: ...4 Example The example described in this section has been designed to illustrate in detail the framework presented so far. Consider a set of 5 periodic tasks with timing requirements and assigned criticality values described in Table2 . The priority assignment policy chosen for this example is Rate Monotonic (RMS) [8].... ..."
Table 3. Real Times, Speedups, and a18
"... In PAGE 8: ... Best Speedups for XRCC1, Myosin, and TCR ing speedup curves are shown in Figure 5. Table3 shows the execution time for each sequence alignment performed and the corresponding value for a18 that achieved that perfor- mance.... ..."
TABLE III Sample Dispatch Table, Real Time
1997
Cited by 20
Table 1 Real - time performance diagrams.
1999
Cited by 17
Table 1. Real-time channel table.
"... In PAGE 3: ...put port can be found, resources are allocated, channel is added to the channel table (see Table1 ), and the request is forwarded to the next switch. If not, a best-effort mes- sage, called RTC RESPONSE(False), is returned to Ha0 fol- lowing a different path from that of RTC REQUEST.... In PAGE 5: ... The CONTROL PORT allows the control unit to inject messages. The CHANNEL TABLE (see Table1 ) has an allocated entry for each channel, primary or secondary, that goes through the switch. Each output port has three registers storing its reserved resources.... ..."
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