15 results about "Object system" patented technology

Systems and methods for generating a collaboration object are provided. In particular, a computing device may detect an intent to generate a meeting invitation for a meeting by a meeting organizer via a first application, provide a meeting invitation template including one or more collaborative components, receive a first set of collaborative components, cause the meeting invitation to be sent to at least one invitee via the first application, in response to causing the meeting invitation to be sent to at least one invitee, generate the collaboration object associated with the meeting based on the first set of collaborative components, determine one or more additional collaborative components from the plurality of collaborative components that are relevant to the meeting, and update the collaboration object to include the one or more additional collaborative components.

Objects within content of a document are identified via a user interface of a conferencing software. Requests to associate notes with at least some of the objects within the content of the document are received. The notes are associated, in a data store, with the at least some of the objects within the content of the document. An object list user interface populated based on at least some of the objects identified within the content of the document is displayed in the user interface. For an identified object that has one or more notes associated therewith, an indicator indicating that the identified object has one or more associated notes is presented in the object list user interface.

This invention provides a method for automatic failover of a central collector in a distributed IoT system and the IoT system itself. The method includes: a host computer sending an online status query message for devices via CoAP protocol multicast, statistically analyzing the device response results, identifying central collectors that fail to respond multiple times consecutively as faulty central collectors, and sending a fault notification message via protocol multicast, the message containing the IP address of the faulty central collector; each IoT terminal determining whether the message data contains the IP address of its currently reported central collector, and if so, sending a path switching request message to the host computer; upon receiving the path switching request message, the host computer selecting the central collector with the best computing resources to take over, sending a switchover response message to the IoT terminal, the message carrying the IP address of the central collector taking over; upon receiving the switchover response message, the IoT terminal sending a registration message to the central collector taking over to complete terminal registration, and sending a deregistration message to the faulty central collector to complete terminal deregistration, thereby realizing fault handling in the power distribution system.

Systems and methods are described for climbing of objects in an environment of a robot based on sensor data. A system can obtain sensor data of the environment. For example, the system can obtain sensor data from one or more sensors of robot. The system can identify the object based on the sensor data. Further, the system can determine that the object is climbable based on determining that the object corresponds to a particular training object. The system can determine that the object corresponds to the particular training object based on a particular characteristic of the object. The system can identify a climbing operation associated with the training object and instruct the robot to climb on the object based on the climbing operation.

This invention provides a virtual space provision system, a virtual space provision method, and a virtual space provision program that enable more flexible permission for the provision of virtual space information based on the target assigned to the user. [Solution] Based on a user's request to view a virtual space, information about the virtual space is provided to enable the user to view the virtual space. Based on the acceptance of a user's request to view a predetermined area of ​​the virtual space, permission is granted for the user to be provided with information about the predetermined area. Based on the granting of predetermined objects that the user can use within the virtual space, the user is granted the authority to receive information about the predetermined area. Whether or not permission is granted for the provision of information about the predetermined area is granted on the condition that information regarding the user's authority who made the viewing request can be identified.

Extended reality (XR) systems provide grasp detection for a user grasping a virtual object. The grasp detection can be used as user input for an XR application. An XR system provides a user interface of an XR application to a user of the XR system, the user interface including one or more virtual objects. The XR system captures video frame tracking data of a pose of a hand of the user as the user interacts with a virtual object of the one or more virtual objects and generates skeletal model data of the hand of the user based on the video frame tracking data. The XR system generates grasp detection data based on the skeletal model data and virtual object data of the virtual object and provides the grasp detection data to the XR application as user input into the XR application.

Systems and techniques can be used to create an object (e.g., a data structure) on a device. Techniques can include using a single structured access command constructed with an object tag number to perform one or more write operations. For example, a write operation can include writing an object type to a property memory portion of a memory of the device, writing at least one access right value to an access right memory portion of the memory, or writing at least one configuration to a configuration memory portion of the memory including a current state flag of the object. Example techniques can include reading a data memory portion of the memory using the object tag number based on a request that complies with the at least one access right value and the current state flag.

Systems and methods for dynamic content placement based on pixel count confidences in pre-existing content. For example, the system may receive a first media asset. The system may determine a first pixel count requirement for the first media asset, wherein the first pixel count requirement indicates a required number of pixels appearing in objects for incorporating the first media asset. The system may identify a first object in a second media asset. The system may determine, using an artificial intelligence model, a first pixel count confidence that the first object meets the first pixel count requirement. The system may, in response to determining that the first pixel count confidence corresponds to the threshold pixel count confidence, generate for display, in a user interface, the first media asset at the first object while the second media asset is presented.

Systems and methods for occluding virtual objects in an augmented reality environment are described. A method includes generating a distance map associated with a physical object, determining a location of a virtual object in an artificial-reality environment, determining, based at least in part upon the distance map and the location of the virtual object, a first portion of the physical object that is closer than a first portion of the virtual object from the viewpoint of the user, determining a second portion of the virtual object that is not obscured by the physical object from the viewpoint of the user, and rendering a display image. The display image comprises a first set of pixels corresponding to the first portion of the physical object in a first state, and the display image comprises a second set of pixels corresponding to the second portion of the virtual object in a second state.

Systems and methods for detecting an area of interest in an object are provided. The method comprises acquiring first thermographic data of the object in a first state of compression, transitioning the object from the first state of compression to a second state of compression, acquiring second thermographic data of the object in the second state of compression, and determining an area of interest based on an analysis of the first thermographic data and the second thermographic data. The second state of compression is different than the first state of compression. Transitioning the object from the first state of compression to the second state of compression is accomplished by increasing or decreasing a compressive force applied to the object. A thermal imaging system and a method for detecting a cancerous lesion in breast tissue are also provided.

Methods, systems, apparatuses, devices, and computer program products are described. A group-based communication system may support automatic layout updates for a document space. If a user adds an object into the document space, the system may generate a card representing the object. The card may include a link to a resource external to the document space and a preview image for the object, where the preview image may be rendered based on unfurling the link. The system may update a layout of the document space to include the generated card and may send, for display in a user interface (UI) of a user device, the updated layout. In some examples, a user may select to reposition the card within the UI (e.g., by dragging-and-dropping the card within the document space). The system may further update the layout of the document space based on the repositioning of the card.

The application discloses a kind of electric power SVG graph element vectorization analytical and high fidelity rendering method and system, method includes: obtaining XML format electric power SVG graph element and equipment basic information, after format legality verification, SVG format conversion is carried out, and geometric element data is split out according to label type again, and output structured element data set;Using "basic geometric unit-equipment graph element combination unit-map rendering unit" three-level object system carries out element objectification, and the conversion of SVG screen coordinate system and geographic coordinate system is completed by coordinate conversion matrix;According to business data, construct Feature object, construct Symbol object by graph element ID, call geometric element rendering method and render basic geometric unit to web end;Judgment device whether need business color, if need coloring corresponding business color rule is loaded, and business state and color are matched and style update method is called, and the fine coloring graph element that meets business demand is output.The application can carry out vectorization analytical and high fidelity rendering to electric power graph element.