Sentence examples for operations required to perform from inspiring English sources

The motor requirements of the PASAT and PASST tasks are comparable, but the mental operations required to perform subtraction versus addition are very different.

At present, many of the operations required to perform dosimetry calculations are unstandardized and unestablished.

This combination significantly reduces the number of operations required to perform the calculation of hadronic observables in PDF fits and simplifies the structure of the calculation into a readily optimised scalar product.

Graphs in Fig. 5 indicate that the number of operations required to perform our commutation-pruning technique (DFTCOMM−DIF−DIT−Pr and DFTCOMM−DIT−DIF−Pr) with the selected decomposition factors using the roughDP method are equal to or slighty greater than those, in which the decomposition factors are specified employing exhDP.

Fig. 6 reports the number of arithmetic operations required to perform SRFFTpruning in comparison with our unified DFTCOMM method for multiple output pruning examples using the decomposition factors (D ip, D op ) evaluated via the roughDP method and those specified by the exhDP method, respectively.

Fig. 6 Number of arithmetic operations required to perform the DFTCOMM, SRFFT noprun), and the SRFFTpruning algorithms; parameters D ip and D op are selected using roughDP and exhDP methods for a constant value of L i, and different tested values of L o  = {21, 22,…, N}: a for N = 262,144 and L i  = {33, 1027, 262,144}; b for N = 1024 and L i  = {13, 90, 1024}.

In addition, the figure shows the subtractor operator required to perform the subtraction operation of minimum pairs corresponding to symbol sets (mathcal {X}_{0}^{i}) and (mathcal {X}_{1}^{i}).

Furthermore, some special instructions (with a total of 24 lookups + 16 compares + 16ϒ MAX operations) are required to perform the FIS, which come primarily from the fuzzification of two input variables (8 lookups), fuzzy OR operations (16 compares), fuzzy minimum implication (16 lookups), and aggregation of the output (16ϒ MAX operations).

Such math intensive operations are required to perform during the image enhancement phase of finger print recognition process.

However, more detailed cost data on maintenance and operation is required to perform whole life cost analyses.

These results verify that our approach requires fewer arithmetic operations than those required to perform the SRFFTpruning−time−shift algorithm in all the reported tests.