The multiplication factor 2 M is the number of clusters that O-HARP converges to given t = 0 (worst case).
In this case, acquired RAYT obviously causes new REPs´ production, possibly through multiplication of existing REPs flanking its gene.
The important factor here is that in all those four cases, multiplication task is involved, which is the only mental arithmetic task among five different tasks considered in this experiment.
In these cases, multiplications are performed without using general multipliers and the unique arithmetic operations are additions and subtractions.
As a result, characteristics of the EEG signals are expected to be significantly different in case of multiplication task and thus better classification performance is achieved whenever one of the two tasks to be classified is a multiplication task.
On the one hand, it may be the case that multiplication facts are stored in an auditory-verbal fashion (as opposed to non-verbal coding).
Such network organization allows the automatic retrieval of incorrect but related answers especially in the case of multiplication and addition, although the latest to a lesser extent (e.g., Roussel, Barrouillet, & Fayol, 2002).
Such network organization allows the automatic retrieval of incorrect but related answers especially in the case of multiplication and addition, although the latter to a much lesser extent (Roussel, Barrouillet, & Fayol, 2002).
Nevertheless, there are no theoretical lower bounds for the case of constant multiplication blocks that include multiple input additions/subtractions and pipeline registers in the involved arithmetic operations.
In this case, one matrix vector multiplication is rather time consuming and it is desirable to keep the number of necessary multiplications as small as possible.
