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Table 2. NFA semantic operators.
1996
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Table 2. NFA semantic operators. Operator Children Description
1996
Cited by 29
Table I. Time amp; Space complexities for NFA, DFA automaton
Table 11: Comparative results for NFA NTPS predictor using 13 knots
2004
Table 11. Comparative results for NFA NTPS predictor using 13 knots NFAs % NFAs NTPS
"... In PAGE 10: ... Applying the same procedure described for DFAs, but this time for NFAs, we obtain the NTPS predictor a4 for NFA accepting the empty language. Using the first 13 values from Table 10, we obtain the results for the NTPS predictor a4 in Table11 . Using the first 13 values and the supplementary 11 values from Table 10, we get the results in Table 12.... ..."
Table 3: NFA run-time overheads. Absolute overheads indicate execution time in seconds.
2002
"... In PAGE 13: ... The application need not wait for a response, but each call is still an expensive kernel trap and adds to net- work traffic. Table3 shows the additional execution time resulting from operation of models with null calls. Table 4 lists the bandwidth requirements of each inser- tion level for null calls that each consume 100 bytes of bandwidth.... ..."
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Table 4: Null call bandwidth requirements, in Kbps. The programs used NFA models with baseline optimizations.
2002
"... In PAGE 13: ... Table 3 shows the additional execution time resulting from operation of models with null calls. Table4 lists the bandwidth requirements of each inser- tion level for null calls that each consume 100 bytes of bandwidth. We make two primary observations from these results.... ..."
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TABLE II EXPECTEDAND WORST CASE ASYMPTOTICPERFORMANCERATIO OF THE NFa4 ALGORITHM WITH a5 a6 a8 .
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