Dynamically controlled cameras for computer vision monitoring
AssigneeGrabango Co.
InventorWilliam Glaser
Life of this patent
Estimating the term…
Abstract
A system and method for dynamically controlling cameras for computer vision monitoring, which can include: operating a computer vision monitoring system with a network of imaging devices distributed across an environment; collecting, using at least a subset of imaging devices from the network of imaging devices, a first set of image data of a base image form; processing the first set of image data and generating an interpreted data model of the environment; detecting, through the data model, a data model state condition; and in response to detection of the data model state condition, capturing image data in an enhanced image data form within at least a select subregion of the environment.
Claims20
A method for controlling an imaging network comprising:
- operating a computer vision monitoring system with a network of imaging devices distributed across an environment;
- collecting, using at least a subset of imaging devices from the network of imaging devices, a first set of image data of a base image form;
- processing the first set of image data and generating an interpreted data model of the environment;
- detecting, through the data model, a data model state condition;
- and
- in response to detection of the data model state condition, capturing image data in an enhanced image data form within at least a select subregion of the environment, which comprises individually controlling at least a first imaging device within the network of imaging devices and changing the settings of the first imaging device to target the select subregion and capturing a target set of supplemental image data of an enhanced image form in the select subregion.
A non-transitory computer-readable medium storing instructions that, when executed by one or more computer processors of a communication platform, cause the communication platform to perform the operations:
- operating a computer vision monitoring system with a network of imaging devices distributed across an environment;
- collecting, using at least a subset of imaging devices from the network of imaging devices, a first set of image data of a base image form;
- processing the first set of image data and generating an interpreted data model of the environment;
- detecting, through the data model, a data model state condition;
- and
- in response to detection of the data model state condition, capturing image data in an enhanced image data form within at least a select subregion of the environment, which comprises individually controlling at least a first imaging device within the network of imaging devices and changing the settings of the first imaging device to target the select subregion and capturing a target set of supplemental image data of an enhanced image form in the select subregion.
A system comprising of:
- one or more computer-readable mediums storing instructions that, when executed by the one or more computer processors, cause a computing platform to perform operations comprising:
- operating a computer vision monitoring system with a network of imaging devices distributed across an environment;
- collecting, using at least a subset of imaging devices from the network of imaging devices, a first set of image data of a base image form;
- processing the first set of image data and generating an interpreted data model of the environment;
- detecting, through the data model, a data model state condition;
- and
- in response to detection of the data model state condition, capturing image data in an enhanced image data form within at least a select subregion of the environment, which comprises individually controlling at least a first imaging device within the network of imaging devices and changing the settings of the first imaging device to target the select subregion and capturing a target set of supplemental image data of an enhanced image form in the select subregion.
Dependencies are inferred from the claim text.