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In practice the Harris-Laplace detector then works as follows.
First, interest points are collected by detecting extrema in the 8-neighborhood of the scale-normalized LoG filter response planes. Let sigmaI be the scale the extrema at x was detected.
Second, the local LoG extrema over scale for each point x is determined by searching the adjacent LoG planes at the same spatial location. In case no maximum is found, the point is discarded.
Third, the nearest spatial location in the neighborhood of x that maximizes the Harris cornerness measure is located.
Fourth, if any change in location or scale has occurred in step two or three, repeat from the second step.