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US 10,540,542 B2Granted
Monitoring
AssigneeNokia Technologies Oy
InventorsJussi Leppänen, Antti Eronen, Arto Lehtiniemi
Life of this patent
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Abstract
A method comprising: automatically processing recorded first sensor data from a scene to recognise automatically a first user input from user action in the scene; in response to recognition of the first user input, automatically entering a learning state to enable: automatic processing of the first sensor data from the scene to capture an ad-hoc sequence of spatial events in the scene subsequent to the first user input and automatic processing of subsequently recorded second sensor data from the scene different to the first sensor data of the scene, to recognise automatically a sequence of spatial events in the subsequently recorded second video corresponding to the captured sequence of spatial events.
Claims17
A method comprising:
- automatically processing recorded first sensor data from a scene to recognise automatically a first user input from user action in the scene;
- in response to recognition of the first user input, automatically entering a learning state to enable:
- automatic processing of the first sensor data from the scene to capture an ad-hoc sequence of spatial events from the scene subsequent to the first user input, and
- automatic processing of the first sensor data from the scene to automatically recognise a second user input from user action in the scene and in response to recognition of the second user input, program a response to recognition that a sequence of spatial events in subsequently recorded second sensor data from the scene, different to the first sensor data of the scene, corresponds to the captured sequence of spatial events,
- automatic processing of the subsequently recorded second sensor data from the scene in a monitoring state to recognise automatically the sequence of spatial events in the subsequently recorded second sensor data corresponding to the captured sequence of spatial events,
- wherein capturing the ad-hoc sequence of spatial events in the scene comprises processing a first video of the scene to detect a change in the scene, and
- wherein processing the first video of the scene to detect a change in the scene excludes detection of a change in a user posture or position.
4 more elements
A non-transitory computer-readable medium comprising program instructions for causing an apparatus to perform at least the following:
- automatically processing recorded first sensor data from a scene to recognise automatically a first user input from user action in the scene;
- in response to recognition of the first user input, automatically entering a learning state to enable:
- automatic processing of the first sensor data from the scene to capture an ad-hoc sequence of spatial events from the scene subsequent to the first user input, and
- automatic processing of the first sensor data from the scene to automatically recognise a second user input from user action in the scene and in response to recognition of the second user input, program a response to recognition that a sequence of spatial events in subsequently recorded second sensor data from the scene, different to the first sensor data of the scene, corresponds to the captured sequence of spatial events,
- automatic processing of the subsequently recorded second sensor data from the scene in a monitoring state to recognise automatically the sequence of spatial events in the subsequently recorded second sensor data corresponding to the captured sequence of spatial events,
- wherein capturing the ad-hoc sequence of spatial events in the scene comprises processing a first video of the scene to detect a change in the scene, and
- wherein the processing of the first video of the scene excludes detection of a change in a user posture or position.
4 more elements
An apparatus, comprising:
- at least one processor;
- and
- at least one memory including computer program code;
- the at least one memory and the computer program code being configured to, with the at least one processor, cause the apparatus at least to perform:
- automatically processing recorded first sensor data from a scene to recognise automatically a first user input from user action in the scene;
- in response to recognition of the first user input, automatically entering a learning state to enable:
- automatic processing of the first sensor data from the scene to capture an ad-hoc sequence of spatial events from the scene subsequent to the first user input, and
- automatic processing of the first sensor data from the scene to automatically recognise a second user input from user action in the scene and in response to recognition of the second user input, program a response to recognition that a sequence of spatial events in subsequently recorded second sensor data from the scene, different to the first sensor data of the scene, corresponds to the captured sequence of spatial events,
- automatic processing of the subsequently recorded second sensor data from the scene in a monitoring state to recognise automatically the sequence of spatial events in the subsequently recorded second sensor data corresponding to the captured sequence of spatial events,
- wherein capturing the ad-hoc sequence of spatial events in the scene comprises processing a first video of the scene to detect a change in the scene, and
- wherein processing the first video of the scene excludes detection of a change in a user posture or position.
8 more elements
Dependencies are inferred from the claim text.