The focus here will be on the effects of brain-derived factors, such as the neurosteroid, allopregnanolone, and other hormones, for enhancing object recognition across the lifespan.
It is notable that this framework is also capable of enhancing object hypotheses; this is in contrast to our NMS method which can just suppress.
The competing 'flicker theory' states that multiple cone classes evolved to eliminate the light flicker inherent in shallow-water environments through antagonistic neural interactions, thereby enhancing object detection.
It is our conviction that the presented system is unique in enhancing object detection by space- and feature-based attentional modulation that is autonomously trained within the system, as well as a rigorous evaluation of real-world performance.
It was argued that subtraction of the output of one cone class from another through antagonistic (opponent) neural interactions would filter out the light flicker, yielding a flicker-free representation of the visual scene and enhancing object detection.
So we're probably not supposed to ask questions like: How come self-aggrandizing designs like Mr. Pardo's, which obscure rather than enhance objects and their meanings, end up being applied to non-Western objects but only rarely to their Western counterparts?
Once we have chosen which objects to enhance, we examine their segmentation quality measures for each frame and enhance objects according to the following rules.
Glucose in combination with caffeine, enhanced object working memory and in combination with taurine, enhanced orienting attention.
These include reducing oversegmentation of the first frame, using segmentation quality measures to enhance object accuracy, merging tracked regions based on histograms, and accounting for background occlusion.
Thus, it enhances object details by degrading background details, and hence this method may not suffice if we want to see the background detail [35].
