13 results about "Third person" patented technology

A method for sharing a display of a mixed reality experience is described. In one aspect, the method includes pairing a head-wearable device with a handheld device to establish a shared coordinate system, and displaying, based on a pose of the handheld device, a virtual object of a first mixed reality application operating at the head-wearable device, with a second mixed reality application operating at the handheld device using the shared coordinate system.

To suppress the production and sales of a registered variety by an unauthorized third person concerning the registered variety to which a breeder right is imparted.SOLUTION: The server acquires the DNA information on the farm products, the grower right information on the farm products, and the agreement information on handling of the farm products, which are transmitted from the terminal. The server transmits the DNA information of the agricultural crop, the grower right information of the agricultural crop, and the agreement information to the blockchain node in association with each other, and registers a combination of the DNA information of the agricultural crop, the grower right information, and the agreement information in the blockchain held by the blockchain node, thereby enabling management of the agricultural crop.SELECTED DRAWING: Figure 1

The utility model provides a game device which can provide a dynamic sense of operation on one screen, and particularly, a third party other than a player can participate in a game. The present application provides a game device comprising: a first operation unit including an operation area in which a recording medium related to a game is disposed; a display unit that displays a predetermined image related to the game; and a control unit that controls the display of the predetermined image. The display unit includes: a first display region that displays a predetermined image; and a second display area that displays an operation area image representing the operation area. The second display region is characterized by functioning as a second operation unit that receives an operation input from a player.

A method for sharing a display of a mixed reality experience is described. In one aspect, the method includes pairing a head-wearable device with a handheld device to establish a shared coordinate system, and displaying, based on a pose of the handheld device, a virtual object of a first mixed reality application operating at the head-wearable device, with a second mixed reality application operating at the handheld device using the shared coordinate system.

The application discloses a text analysis method and device, a storage medium and a program product, relates to the technical field of artificial intelligence, and comprises the following steps: performing character mention (character proper noun, third person pronoun and character generic phrase) detection on a target text, performing coreference resolution on the detected character mention to determine character mentions that point to the same role; for each quotation in the target text, identifying whether the quotation belongs to dialogue content based on a text sequence containing the quotation and context before and after the quotation, and identifying the speaker and the listener of the quotation when the quotation belongs to the dialogue content; if the quotation belongs to the dialogue content, identifying the first person pronoun and the second person pronoun in the quotation, pointing the identified first person pronoun to the same role as the speaker of the quotation, and pointing the identified second person pronoun to the same role as the listener of the quotation. The application improves the accuracy of role identification.

The invention provides a business handling method and device based on online double recording, a processor and a storage medium, and relates to the field of image processing and financial science and technology, and the method comprises the steps: responding to a double recording trigger request initiated by a user, and carrying out environment pre-check; wherein the environment pre-detection comprises the step of detecting whether a third person is present or not; if no third person is present, a double-recording interface is entered to handle a preset service, and the double-recording interface is used for playing handling guide videos of various services, so that corresponding guide videos are played according to the preset service; and sending single-person audio and video data generated when the user performs service handling based on the double-recording interface to the cloud platform, so that the cloud platform generates a double-recording video file according to the received single-person audio and video data. According to the invention, online double-recording-based business handling can be ensured to be carried out under the conditions of independent willingness of clients and isolation of third-party behaviors.

The system provides a management computer that allows multiple user terminals present at a designated venue to share information, including the names of multiple subjects and the order in which they are lined up, during the process of subjects moving from a waiting position to a target position at the designated venue. [Solution] A management computer 11 connected to multiple user terminals 13 via a communication network 12, having a processor 14, the multiple user terminals 13 include a user terminal 13 in which a first person in charge 40A inputs information at a first location Y1, a user terminal 13 in which a second person in charge 40B inputs information confirmed at a second location Y2, and a user terminal 13 used by a third person in charge 40D who reads out the names of award recipients A2 in order as they reach the target location X1, and the processor 14 can share information among the multiple user terminals 13.

The invention relates to the technical field of video generation, in particular to an intelligent narrative video generation method for fusion of first-person and third-person view angles. The method comprises the following steps: performing event capture processing on a global picture of a third-person view angle; when a high-frequency action is detected, determining the moment as a narration trigger point, and outputting a trigger identifier; performing time alignment on the third-person picture and the first-person view angle picture by taking the moment of triggering the identifier as a center to form a synchronous fragment; in the synchronous fragments, performing main body action analysis on the first person fragments, and taking two types of analysis results as fragment attributes; performing main and auxiliary lens judgment on the synchronization segment based on the segment attribute and outputting a lens retention segment; performing link arrangement on the shot retention fragments, and constructing a fragment sequence of narrative mobility; according to the method, the intelligent competition collection which is clear in structure and coherent in narration and has main body action details and global scene information is automatically generated by fusing the double-view-angle content.

A user may interact and view virtual elements such as avatars and objects and / or real world elements in three-dimensional space in an augmented reality (AR) session. The system may allow one or more spectators to view from a stationary or dynamic camera a third person view of the users AR session. The third person view may be synchronized with the user view and the virtual elements of the user view may be composited onto the third person view.

The system provides a management computer that allows multiple user terminals present at a designated venue to share information, including the names of multiple subjects and the order in which they are lined up, during the process of subjects moving from a waiting position to a target position at the designated venue. [Solution] A management computer 11 connected to multiple user terminals 13 via a communication network 12, having a processor 14, the multiple user terminals 13 include a user terminal 13 in which a first person in charge 40A inputs information at a first location Y1, a user terminal 13 in which a second person in charge 40B inputs information confirmed at a second location Y2, and a user terminal 13 used by a third person in charge 40D who reads out the names of award recipients A2 in order as they reach the target location X1, and the processor 14 can share information among the multiple user terminals 13.

An intuitive interface may allow users of a computing device (e.g., children, etc.) to create imaginary three dimensional (3D) objects of any shape using body gestures performed by the users as a primary or only input. A user may make motions while in front of an imaging device that senses movement of the user. The interface may allow first-person and / or third person interaction during creation of objects, which may map a body of a user to a body of an object presented by a display. In an example process, the user may start by scanning an arbitrary body gesture into an initial shape of an object. Next, the user may perform various gestures using his body, which may result in various edits to the object. After the object is completed, the object may be animated, possibly based on movements of the user.

The invention discloses a video cross-view alignment retrieval method based on a high-dynamic scene, belongs to the field of image processing, and particularly relates to a cross-view alignment retrieval method for solving the problem of two-way action migration from third person demonstration to first person execution in a real scene. The method comprises the following steps: sampling an input video through a scene dynamic enhancement frame extraction mechanism to extract double-density effective frames, comparing and screening inter-frame visual feature similarity, abandoning redundant similar frames, retaining key frames with remarkable dynamic change, and accurately capturing high-dynamic action features; and learning uniform significant feature representation by combining a dual-encoder architecture and a parameter efficient adaptation technology, and solving the core problem that common features are difficult to extract in cross-view retrieval through complementary strategies such as multi-positive-example aggregation, bidirectional sorting consistency constraint and intra-modal cohesion, so that the method is suitable for the cross-view retrieval of the multi-view retrieval. Visual representation, language anchoring and cross-view alignment performance are synchronously optimized, finally fine-grained efficient retrieval is achieved in a real scene, and lightweight deployment cross-view bidirectional action migration and retrieval are supported.

The invention discloses a child emotion intelligent guiding method and system based on emotion instance objectization and explanation, and relates to the technical field of artificial intelligence and human-computer interaction. The method comprises the steps of obtaining interaction data and outputting an emotion feature value; a virtual object role object independent of the user ontology identifier is constructed based on the mood instance objectization data structure, and the object carries a ternary attribute group; executing an emotional homing state machine protocol containing a forced state flow constraint, and forcing a natural language generation model to output texts in stages according to a preset time sequence structure: stage A, generating a third-person named external text; in the stage B, a pacifying text is generated, and a first control instruction set used for driving the terminal to execute pacifying actions is synchronously output; and stage C, generating a homing guide text and synchronously outputting a second control instruction set for driving the terminal to output a rhythm sensory signal. According to the method, strong reference of an emotion label and a user identity is cut off through data structure unbinding, a state machine protocol is used for forcibly constraining a large model output boundary, and physiological feature closed-loop parameter adjustment is combined, so that the cognitive load in child emotion guidance is effectively reduced, and the technical problems that large model output is uncontrollable and physiological quantitative evaluation is lacked are solved.