The phrase "augmented visual" is correct and usable in written English.
It can be used in contexts related to technology, design, or art, particularly when discussing enhanced or improved visual experiences or representations.
Example: "The augmented visual experience provided by the new software allows users to interact with 3D models in real-time."
Alternatives: "enhanced visual" or "improved visual".
The cross (Fl generation) between the strain having good eyesight and another strain having ordinary eyesight augmented visual acuity of the Fl generation.
Now people are starting to also understand augmented, visual reality like HoloLens or Magic Leap, and that puts a layer of a filter on the way you experience the real world.
Augmented visual aid devices require highly user-customisable algorithm designs for subjective configuration per task, where current digital image processing visual aids offer very little user-configurable options.
Nonlinear mathematical morphology [6] is capable of implementing differing image processing responses and techniques in systems composed of morphological operations, offering greater flexibility than current algorithms utilised for augmented visual aid.
In order to more thoroughly investigate the effects of augmented visual information on implicit visuo-motor adjustments, we also assessed visual shifts and proprioceptive shifts, which have been hypothesized to add up to the total aftereffect observed for pointing in studies of prism-adaptation [28].
Therefore, it would be important to make the individual aware of habitual displacement of body weight and to address this in training of sensorimotor control, strength and endurance through augmented visual feedback using mirrors, or biofeedback.
Mondot's eMotion provides a new way to augment visual performance.
In this paper we investigated the accuracy of center-to-center distance perception in near field augmented reality visual targets viewed by stereoscopic glasses.
Based on these guidelines, we present new forms of the ray casting and bubble cursor selection techniques, which are augmented with visual, audio, and haptic feedback, to support selection within dense and occluded 3D target environments.
The models are generated in SBML, and in many cases are augmented with visual representations in the form of SBGN documents.
In the video above, you can watch drummer Zach Bookstein blast through a drum performance augmented with visuals provided by Patatap's Jono BR1 and sounds by Japanese musical duo Lullatone.
