The phrase "a perception test" is correct and usable in written English.
It can be used when referring to an assessment designed to evaluate an individual's ability to perceive or interpret sensory information.
Example: "The psychologist administered a perception test to determine how well the patient could identify different colors and shapes."
Alternatives: "a sensory evaluation" or "a perceptual assessment".
A perception test is then presented to evaluate the 3D animations, where a word identification accuracy is 91.6% among 286 tests, and an average realism score is 3.5 (1 = bad to 5 = excellent).
So cognitive neuroscientist Daphne Bavelier of the University of Rochester in New York and then-undergraduate Shawn Green were surprised to find that Green and some of his video-game-playing friends aced a perception test, spotting briefly flashed circles even at the very edges of their visual fields.
104 learner drivers and 51 experienced drivers were randomly assigned either to a less ecological valid version (multiple choice task) or a higher ecological valid version (reaction task) of a hazard perception test.
Participants were assessed on three categories of performance measures: behavioural, eye movements and cortical activity between both high and no cognitive load conditions whilst watching 20 clips from a hazard perception test.
The researchers at Cleveland State University also included a time perception test in their study, this time using stop-watches.
Hence, this study investigated eye movements in glaucomatous patients when viewing driving scenes in a hazard perception test (HPT).
A group of 36 WS subjects participated in a psychoacoustic sound perception test.
Here we describe a computer-based version of an auditory pattern perception test, the BirdSong Game, which was designed to be an engaging research tool for use with school-aged children.
In an experiment, Maida and Armstrong exposed 82 undergraduate men to 30 slides of advertisements and then asked them to complete a body image perception test.
The current study aimed to investigate the effect of non-evaluative performance feedback on drivers' self-evaluations using a computerized hazard perception test.
Thirty clips were selected to create two variants of the hazard perception test: a traditional push-button test requiring speeded-responses to hazards, and a prediction test that occludes at hazard onset and provides four possible outcomes for participants to choose between.
