The reference dot together with the pointer reappeared in a different location than any of the sample dots.
However, in the current design the reference dot was displayed at a different location than any of the sample dots yielding the gaze direction signal less informative.
The cursor and the reference dots were similar to the sample dots.
We performed firstly the reference-DOT measurement and then the fluorescence-DOT one, from which the normalized Born data were calculated.
By placing the movable cursor dot relative to a stationary reference dot subjects could indicate the memorized spatial interval along the horizontal dimension.
After the blank interval, a mouse cursor and one stationary reference dot were shown on the monitor.
Finally, in order to calculate the speckle shift accurately between the reference image and the object image, a dot matrix pattern and sequence coding algorithm are designed to find the corresponding speckles in the two images.
Observers were required to reproduce, after a short delay, a distance between two sample dots based on a stationary reference dot and a movable mouse pointer.
Fluorescent reference dots painted onto the leaf lobes helped reveal how the lobes suddenly snapped and buckled.
2.2, we firstly acquired the dual-wavelength reference-DOT measurement and then the hemoglobin-DOT (target) measurement, from which the ratio of the target data to the reference one finally is calculated.
