Ocular anomaly detection via concurrent presentation of stimuli to both eyes

A headset for ocular anomaly detection, comprising:

• one or more eye tracking sensors;
• first and second eye displays;
• and
• one or more processors executing computer program instructions that, when executed, cause operations comprising:
• obtaining, via the one or more eye tracking sensors, during a visual test, feedback information related to whether a user of the headset has detected a presented stimulus;
• simultaneously presenting, at an initial time during the visual test, a first eye stimulus and a second eye stimulus at a corresponding location of the first eye display and the corresponding location of the second eye display, respectively, the first eye stimulus presented at the initial time having a contrast that is greater than a contrast of the second eye stimulus presented at the initial time;
• sequentially increasing, in parallel, the contrast of the first eye stimulus and the contrast of the second eye stimulus until the feedback information indicates that the user has detected at least one of the first eye stimulus or the second eye stimulus, the contrast of the first eye stimulus continuing to be greater than the contrast of the second eye stimulus throughout the visual test when the first and second eye stimuli are both presented simultaneously to the user;
• in response to the feedback information indicating that an eye of the user has detected a given stimulus of the first eye stimulus or the second eye stimulus at a first time, storing a measurement of the contrast of the given detected stimulus at the first time;
• continuing to present the other stimulus of the first eye stimulus or second eye stimulus at one or more sequentially increasing contrasts at the corresponding location of the respective display for the other stimulus while the given detected stimulus is no longer presented at the corresponding location of the respective display for the given detected stimulus;
• in response to the feedback information indicating that the user has detected the other stimulus at a second time, storing a measurement of the contrast of the other detected stimulus at the second time;
• and
• generating ocular anomaly information based on the stored measurements.