Systems and methods for optically measuring oscillating micro kinetics

A system for generating a movement-based biomarker, the system comprising:

• an imaging device configured to generate image data associated with a user;
• a control system communicatively coupled to the imaging device, the control system configured to:
• identify, using the image data, a feature of the user;
• calculate, using the image data associated with the user, locations of the feature of the user over a period of time;
• calculate, using the locations of the feature of the user over the period of time, movement of the feature of the user;
• and
• generate, using the movement of the feature of the user, the movement-based biomarker.

A system for generating a movement-based biomarker, the system comprising:

• an imaging device configured to generate image data associated with a user, the image data being reproducible as a series of visually readable images, a first image of the series of visually readable images having a first boundary and a second image of the series of visually readable images having a second boundary;
• a control system communicatively coupled to the imaging device, the control system configured to:
• identify, in the first image, a feature of the user;
• identify, in the first image, a first point of the feature of the user;
• calculate a first distance from the first point to the first boundary of the first image;
• identify, in the second image, the feature of the user;
• identify, in the second image, a second point of the feature of the user;
• calculate a second distance from the second point to the second boundary of the second image;
• using the first distance and the second distance, generate the movement-based biomarker.

A system for generating a movement-based biomarker, the system comprising:

• an imaging device configured to generate image data associated with a user, wherein the image data is reproducible as a series of images;
• and
• a control system communicatively coupled to the imaging device, the control system configured to:
• identify, in each image of the series of images, an eye of the user;
• calculate, for each image of the series of images, a location of the eye of the user;
• calculate, based on the location of the eye of the user in each image of the series of images, movement of the eye of the user;
• and
• generate, based on the movement of the eye of the user, the movement-based biomarker.

A system for generating a movement-based biomarker, the system comprising:

• an imaging device configured to generate image data associated with a user, wherein the image data is reproducible as a series of images;
• a control system communicatively coupled to the imaging device, the control system configured to:
• identify, in each image of the series of images, a first location associated with an iris of a first eye, a second location associated with a pupil of the first eye, a third location associated with an iris of a second eye, and a fourth location associated with a pupil of the second eye;
• generate, based on one or more of the first location, second location, third location and fourth location, a location value for each frame;
• calculate, based on the locations values for each frame, a movement frequency;
• and
• generate, based on the movement frequency, the movement-based biomarker.

A system for calculating a movement-based biomarker, the system comprising:

• an imaging device configured to generate image data associated with a user, the image data being reproducible as a series of visually readable images, a first of the series of visually readable images having a first boundary and a second of the series of visually readable images having a second boundary;
• a control system communicatively coupled to the imaging device, the control system configured to:
• identify, in the first image, a feature of the user;
• identify, in the first image, a first center point of the feature of the user;
• generate, in the first image, a first vector from the first center point to a first corner of the first boundary of the first image;
• identify, in the second image, the feature of the user;
• identify, in the second image, a second center point of the identified feature of the user;
• generate, in the second image, a second vector from the second center point to a second corner of the second boundary of the second image;
• using the generated first vector and the generated second vector, generate the movement-based biomarker.

A system for calculating a movement-based biomarker, the system comprising:

• an imaging device configured to generate image data associated with a user, wherein the image data is reproducible as a series of images of the user;
• and
• a control system communicatively coupled to the imaging device, the control system configured to:
• identify, using the image data associated with the user, a point, wherein the point exists in each image of the series of images;
• calculate, using the image data associated with the user, a location of the point in each image of the series of images;
• calculate, using the location of the point in each image of the series of images, a magnitude of movement of the point within the series of images;
• generate, using the magnitude of the movement of the point within the series of images, the movement-based biomarker.

A system for calculating a movement-based biomarker, the system comprising:

• an imaging device configured to generate image data associated with a user, wherein the image data is reproducible as a series of images of the user;
• and
• a control system communicatively coupled to the imaging device, the control system configured to:
• identify, using the image data associated with the user, a feature of the user;
• calculate, using the image data associated with the user, a location of the feature of the user in each image of the series of images;
• calculate, using the location of the feature of the user in each image of the series of images, a magnitude of movement of the feature of the user within the series of images;
• generate, using the magnitude of the movement of the feature of the user within the series of images, the movement-based biomarker.

A method for generating a movement-based biomarker, the method comprising:

• generating, by an imaging device, image data associated with a user, wherein the image data is reproducible as a series of images including a first image and a second image;
• identifying, by a control system in the first image, a feature of the user;
• determining, by the control system in the first image, a first location parameter associated with the feature of the user;
• identifying, by the control system in the second image, the feature of the user;
• determining, by the control system in the second image, a second location parameter associated with the feature of the user;
• calculating, by the control system based on the first location parameter associated with the feature of the user and the second location parameter associated with the feature of the user, movement of the feature of the user;
• and
• generating, by the control system using the movement of the feature of the user, the movement-based biomarker.