Sentence examples for arithmetical computations and from inspiring English sources

To this end, 113 male and 123 female undergraduates were administered arithmetical computations and arithmetical reasoning tests, along with an IQ test and a test of spatial cognition.

There was no sex difference on the IQ test, but males showed significantly higher mean scores on the arithmetical computations, arithmetical reasoning, and spatial cognition measures.

Neither the Mayan nor the Babylonian system was ideally suited to arithmetical computations, because the digits the numbers less than 20 or 60 were not represented by single symbols.

Here, we provide a simple complexity analysis in terms of the number of arithmetical computations, i.e., complex multiplications (CM).

For WCP-COQAM receiver as shown in Figure 9, the arithmetical computation for processing one block of the received data (L=M K samples) can be divided into the computation of one FFT of size L, FDE for one block, polyphase filtering (product of FDE outputs and Gq,m), and IFFTs of size K′ for M subcarriers, noting that the cyclic shift operation does not consume any arithmetical computations.

Bernays (1935), van Dantzig (1955), and Wang (1958).[49] In emphasizing the practical aspects of how we use numerals to represent natural numbers in the course of performing arithmetical computations, it is evident that the concerns which motivate strict finitism anticipate some of those which also inspired the development of complexity theory.

In emphasizing the practical aspects of how we use numerals to represent natural numbers in the course of performing arithmetical computations, it is evident that the concerns which motivate strict finitism anticipate some of those which also inspired the development of complexity theory.

e On-line arithmetical computation means the calculation needed for each received sample.

Assuming that the prototype filter is of length MK, the arithmetical computation needed for classical OQAM demodulation yields K′ times M-point FFT (M K log2M CMs), and the polyphase network (PPN) consumes M K2 CMs.

As Ashley Perry's Statistical Axiom Number five states 'the product of an arithmetical computation is the answer to an equation; it is not the solution to a problem' (Dickson, 1978 cited in 20).

Yet we know remarkably little about how the brain performs its computations and how those computations relate to behavior, especially in comparison to what we know about computers.