"... In PAGE 6: ... By limiting specula- tion to loops alone, we can dramatically simplify the control rou- tines so they require many fewer instructions. Table4 shows the overhead reductions we were able to obtain by simplifying several key loop-control routines so that they would only work in an envi- ronment without procedure speculation. The savings obtained by simplification of the routine that must be called at the end of each loop iteration and the violation-processing routines have the most impact on overall performance.... ..."

"... In PAGE 6: ... By limiting specula- tion to loops alone, we can dramatically simplify the control rou- tines so they require many fewer instructions. Table4 shows the overhead reductions we were able to obtain by simplifying several key loop-control routines so that they would only work in an envi- ronment without procedure speculation. The savings obtained by simplification of the routine that must be called at the end of each loop iteration and the violation-processing routines have the most impact on overall performance.... ..."

"... In PAGE 6: ... By limiting specula- tion to loops alone, we can dramatically simplify the control rou- tines so they require many fewer instructions. Table4 shows the overhead reductions we were able to obtain by simplifying several key loop-control routines so that they would only work in an envi- ronment without procedure speculation. The savings obtained by simplification of the routine that must be called at the end of each loop iteration and the violation-processing routines have the most impact on overall performance.... ..."

"... In PAGE 6: ... By limiting specula- tion to loops alone, we can dramatically simplify the control rou- tines so they require many fewer instructions. Table4 shows the overhead reductions we were able to obtain by simplifying several key loop-control routines so that they would only work in an envi- ronment without procedure speculation. The savings obtained by simplification of the routine that must be called at the end of each loop iteration and the violation-processing routines have the most impact on overall performance.... ..."

"... In PAGE 10: ...115 5Results Here we give detailed results on all three platforms and we discuss them further. In Table4 the timings for all finite field operations are given for hardware and software. Timings for all basic operations are shown and in the last row, the multiply-and-add operation is also added.... ..."

"... In PAGE 7: ... Because the capture and compression routines make up a large portion of the overall computing requirement for the video sensor, we are interested in understanding the interaction between them. Table3 shows the performance of the sensor in capturing and compressing video data. Interestingly, the capture and compression with the Intel Performance Primitives Image Size Compression Frame Rate % System CPU 160x120 0 29.... ..."

"... In PAGE 7: ... For each test, we compressed the image 300 times in a loop and averaged the measured compression times. As shown in Table2 , we are able to achieve real-time compression of 320x240 pixel video using the Intel Performance Primitives. More importantly, it takes approximately one third the time using the primitives compared with using a non-Intel specific software optimized algorithm.... ..."

"... In PAGE 12: ... Tables 1 and 2 compare our timings with existing software or published material. Table1 compares the basic multiplication routines involving a fixed small number of words. Table 2 compares the results obtained with previous ones published in the literature.... ..."

"... In PAGE 11: ... The reported differences may not be maintained for other examples. In Table7 are reported the routines useful for the implementation of one of the methods proposed using different software environments. CONCLUSIONS Some strategies of numerical integration of DAE system are discussed and implemented for the simple case of the one d.... ..."

"... In PAGE 3: ... Other significant causes of software failure are system overload, resource exhaustion and complex fault- recovery routines. Table1 highlights examples of software failures. ... ..."