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Table 6: Runtime overhead percentage.
"... In PAGE 8: ... We assume that a cache hit takes 1 cycle, a parallel invalidation in TS1 and TBSIS takes 2 cycles, a serial invalidation to invalidate a page of 512 words or a certain cache word in TS1 takes 1 cycle, a cache miss takes 40 cy- cles. Table6 shows the runtime overhead percent- age of all the protocols. TPI incurs the least runtime overhead.... ..."
Table 1: Runtime overhead in cycles.
"... In PAGE 3: ... single switch statement, which in cases of particularly large software descriptions, maybetoocumbersome. Table1 summarizes program overhead for di#0Berent im- plementation schemes. Results are reported for two proces- sors, DLX #5B11#5D and the Intel 8086.... ..."
Table 2: Runtime overhead in cycles.
"... In PAGE 26: ... This method is restrictive since it precludes use of nested routines and requires description as a single switch statement, which in cases of particularly large software descriptions, may be too cumbersome. Table2 summarizes program overhead for di#0Berent implementationschemes. Results are reported for two processors, DLX #5B26#5D and the Intel 8086.... ..."
TABLE III RUNTIME OVERHEAD IN CYCLES
Table 1: Runtime Overhead for FindLocks
"... In PAGE 4: ... 3.1 Sample Programs Table1 lists our benchmark programs, with relevant statis- tics in the first two columns. Classes refers to the number of classes that were instrumented.... In PAGE 4: ... 3.2 Runtime Overhead In Table1 the column Orig refers to the maximum mem- ory and elapsed time consumed by the program prior to instrumentation. The columns labeled Instr refers to the re- sources consumed by the instrumented program.... ..."
Table 1: Runtime overheads of profiling and verification
2003
"... In PAGE 5: ... This turned out to be a useful insight that helped focus our subsequent investigations into the problem and eventually led us to identify the actual cause. Table1 shows the execution time overhead incurred by profile verification relative to the time taken to profile the programs in the SPECint-95 benchmark suite using conventional instrumentation techniques.... ..."
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Table 1: Runtime overheads of profiling and verification
"... In PAGE 5: ... This turned out to be a useful insight that helped focus our subsequent investigations into the problem and eventually led us to identify the actual cause. Table1 shows the execution time overhead incurred by profile verification relative to the time taken to profile the programs in the SPECint-95 benchmark suite using conventional instrumentation techniques.... ..."
Table 1: Runtime overheads of profiling and verification
"... In PAGE 5: ... This turned out to be a useful insight that helped focus our subsequent investigations into the problem and eventually led us to identify the actual cause. Table1 shows the execution time overhead incurred by profile verification relative to the time taken to profile the programs in the SPECint-95 benchmark suite using conventional instrumentation techniques.... ..."
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