Visually impaired augmented reality
OwnerKumar Narasimhan Dwarakanath, Moorthy Rajesh +1inventors
InventorsKumar Narasimhan Dwarakanath, Moorthy Rajesh, Senaka Cuda Bandara Ratnayake
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Abstract
System and techniques for visually impaired augmented reality are described herein. An utterance may be received from a user. The utterance may be classified to produce a filter. The user's environment may be classified based on the filter to produce an environmental event. An audible interpretation of the environmental event may be rendered.
Claims24
A system for visually impaired augmented reality, the system comprising:
- sensor interface to receive an utterance from a user;
- a controller to:
- classify the utterance to produce a filter;
- and
- classify an environment of the user based on the filter to produce an environmental event, wherein, to classify the environment, the controller selects a classifier from multiple classifiers based on the filter;
- and
- an output driver to render an audible interpretation of the environmental event, wherein the system is implemented in circuitry of a user worn device or a user held device.
A machine implemented method for visually impaired augmented reality, the method comprising:
- receiving, by a sensor interface of the machine, an utterance from a user;
- classifying, by a controller of the machine, the utterance to produce a filter;
- classifying, by the controller, an environment of the user based on the filter to produce an environmental event, wherein classifying the environment includes selecting a classifier from multiple classifiers based on the filter;
- and
- rendering, by an output driver of the machine, an audible interpretation of the environmental event, wherein the machine is implemented in circuitry of a user worn device or a user held device.
At least one non-transitory machine readable medium including instructions for visually impaired augmented reality, the instructions, when executed by processing circuitry, cause the processing circuitry to perform operations comprising:
- receiving an utterance from a user;
- classifying the utterance to produce a filter;
- classifying an environment of the user based on the filter to produce an environmental event, wherein classifying the environment includes selecting a classifier from multiple classifiers based on the filter;
- and
- rendering an audible interpretation of the environmental event, wherein the processing circuitry is in a user worn device or a user held device.
Dependencies are inferred from the claim text.