This same number of dots can evidently be written in five rows of three dots each, whence 5 × 3 = 15.
Analysis of templates of four simulated patterns, which had same number of dots but with differing orientations, demonstrated how the texture-based analysis differentiated between these templates.
The first is a small fragment on polygonal numbers (a number is polygonal if that same number of dots can be arranged in the form of a regular polygon).
The different parallel design strategies for the PPI algorithm have been described using VHDL language and we have used the Xilinx ISE environment to implement them and obtain the necessary resources (see Figure 5(a)) and the clock cycle (see Figure 5(b)) in each of the three parallelization strategies for the same number of dot-processing units.
Noise dots were also added so as to obtain the same number of dots as displayed in the signal interval.
Recall that noise patterns contain the same number of dots as the noise-plus-target (Db+Dt) patterns.
For the random-dot patterns, the mean of the response R'b+c is <img src="http://journals.plos.org/plosone/article/asset?id=info?doi/10.1371/journal.pone.0009840.e008.PNG" class= inline-graphic"/> Here, we use the subscript b+c to emphasize that the noise pattern contained both the masking noise and a control pattern with same number of dots as the corresponding symmetry target.
The other (nontarget) display contained the same number of dots as the target display, but in this case all dots were derived from spatially scrambled walkers.
Further, successive display of short arrays of dots that should activate the receptive fields is no more effective at eliciting recognition than is display of the same number of dots that lie at randomly selected positions [ 11].
Cells showing the same number of green dots as obtained with the sense riboprobe are considered negative.
Depending on the rule chosen for colouring a dot (say, the toss of a fair coin) or the rule for linking two computers, one obtains an idea of what sorts of lattices or graphs are most likely to arise (in the lattice example, those with about the same number of black and white dots), and these most likely lattices are called random graphs.
