Abstract:
A computing system includes: a control unit configured to: determine a precision level of an entry made to an application, determine an incomplete item based on the precision level failing to meet a precision threshold, and a user interface, coupled to the control unit, configured to display the incomplete item.
Abstract:
A computing system includes: a context module configured to determine a contextual information for representing the contextual information relative to a device; a zone module, coupled to the context module, configured to determine a proximity zone for identifying further devices within the proximity zone relative to the device; a proximate-device module, coupled to the zone module, configured to determine proximate-device identities for identifying the further devices relative to the device; and a configuration transfer module, coupled to the proximate-device module, configured to communicate a transferable configuration setting with a communication unit using the proximate-device identities for updating the device based on the transferable configuration setting and the contextual information for displaying on the device.
Abstract:
The design is the visual features of the SMART SPEAKER shown in the drawings, whether those features are features of shape, configuration, ornament or pattern, or a combination of any of those features. The portions of the article shown in stippled lines do not form part of the design. Drawings of the design are enclosed, in which:FIGURE 1 is a perspective view of an SMART SPEAKER;FIGURE 2 is a front view thereof;FIGURE 3 is a rear view thereof;FIGURE 4 is a bottom view thereof;FIGURE 5 is a top view thereof;FIGURE 6 is a left side view thereof; andFIGURE 7 is a right side view thereof.
Abstract:
The design is the visual features of the PERSONAL DIGITAL ASSISTANT ROBOT shown in the drawings, whether those features are features of shape, configuration, ornament or pattern, or a combination of any of those features. The portions of the article shown in stippled lines do not form part of the design. Drawings of the design are enclosed, in which:FIGURE 1 is a perspective view of an PERSONAL DIGITAL ASSISTANT ROBOT;FIGURE 2 is a front view thereof;FIGURE 3 is a rear view thereof;FIGURE 4 is a bottom view thereof;FIGURE 5 is a top view thereof;FIGURE 6 is a left side view thereof; andFIGURE 7 is a right side view thereof.
Abstract:
A computing system includes: a context module configured to determine a contextual information for representing the contextual information relative to a device; a zone module, coupled to the context module, configured to determine a proximity zone for identifying further devices within the proximity zone relative to the device; a proximate-device module, coupled to the zone module, configured to determine proximate-device identities for identifying the further devices relative to the device; and a configuration transfer module, coupled to the proximate-device module, configured to communicate a transferable configuration setting with a communication unit using the proximate-device identities for updating the device based on the transferable configuration setting and the contextual information for displaying on the device.
Abstract:
A computing system includes: an activity-schedule module configured to identify a future activity estimation for representing an activity occurring after a current time; a usage module, coupled to the activity-schedule module, configured to generate a consumption model associated with the future activity estimation for describing a resource; a model generator module, coupled to the usage module, configured to determine a cost model for evaluating an access location; and a selection module, coupled to the model generator module, configured to determine an optimal access selection based on the cost model and the consumption model for displaying on a device.
Abstract:
In one aspect, a method for detecting an object and/or managing an inventory will be described. A motion of an object is detected at a storage structure. One or more images are acquired of at least a part of the object. A direction of the motion of the object is determined. An object is identified based on the one or more images. In various embodiments, an inventory for the storage structure is updated based on the motion direction determination and the object identity.
Abstract:
In one aspect, a method for adjusting one or more parameters using an interface will be described. A contact point on a display is detected. A parameter is adjusted based on a distance between a reference point and the contact point. A second parameter is adjusted based on an angle between a base line and a contact line. The base line is a reference line that extends from the reference point. The contact line is a reference line that connects the contact point with the reference point. Various systems, devices and software are described that help implement the above method.