In example simulations, we find that detection probabilities for food sources close to the colony fit empirical data reasonably well.
However, this change in X results in a new incident angle, ΩX, for that detection point.
The statistics showed that wavelength shifts from mixtures containing TNT were roughly equal to that of detection for TNT alone.
Our results have shown, using the response of the afferent nervous system under natural background noise as an indicator, that signal detection for the 24-ms signal of D. gigliotosi reached values of about 85 90% hits, depending on broadcast amplitude.
In addition to that, early detection for gastric cancer was expected better prognosis than late detection.
The authors conclude that their findings are consistent with the idea that detection systems for facial expressions have evolved differently in men and women, and that this finely-honed ability probably developed as a response to threat and danger.
We demonstrate that detection quality for a particular mode depends on the combination of two factors: the order of the mode and the location of the defect.
Freeman et al. demonstrated that detection sensitivity for a low contrast Gabor stimulus improved in the presence of flanking, collinearly oriented grating stimuli, but only when observers attended to them.
In spite of this ten-fold variation in emitted intensity, estimates indicated, surprisingly, that detection distances for prey varied far less; bats emitting the highest intensities also emitted the highest frequencies, which are severely attenuated in air.
This suggests that detection strategies for metastasis-prone cancers might best focus on genes activated at early stages that are directly involved in metastasis.
