Metaverse scenes inspection system, method and computer readable medium thereof

Abstract

This invention discloses a metaverse scene inspection system and method. Based on the attribute data of components within the metaverse scene and the attributes of the virtual avatars of participants, the system filters out the targets to be inspected. Then, it conducts a hierarchical search from multiple perspectives and distances to obtain evidence images, thereby identifying whether there is any workplace inappropriateness (NSFW) content or behavior within the metaverse scene. This invention also provides a computer-readable medium for performing the method of this invention.

Claims

1. A metaverse scene inspection system, comprising: The Scene Information Requirement Module is used to read scene information from all metaverse scenes; The inspection target filtering module is connected to the scene information request module and is used to filter the scene information of a selected scene to identify the inspection target from existing components and interactive virtual humans within the selected scene. The inspection evidence collection module is connected to the inspection target filtering module and is used to perform hierarchical scene evidence collection of the inspection target from different positions and directions to generate evidence collection images. The content review module is connected to the inspection evidence collection module and is used to review the evidence collection images to identify components containing inappropriate content or virtual humans that overstep their bounds, thereby defining the inspection target as a violation target. The review report module is connected to the content review module and is used to send back the violation target for subsequent confirmation and processing. The violation processing module is connected to the review report module and is used to process the violation target sent back by the review report module to remove the component with inappropriate content or force the virtual human that oversteps their bounds to leave the selected scene.

2. The metaverse scene inspection system as described in claim 1 further includes a scene information storage device connected to the scene information request module, for storing the scene information of all metaverse scenes.

3. The metaverse scene inspection system as described in request item 1, wherein, The filtering module of the inspection target filters the scene information by identifying components whose status is visible and whose settings are editable, as well as virtual users.

4. The metaverse scene inspection system as described in request item 1, wherein, When performing evidence collection in this scene, the inspection and evidence collection module selects an evidence collection direction based on the component attributes of the inspection target. In conjunction with the internal parameters of the evidence collection camera, it calculates the closest distance to capture the entire inspection target in that evidence collection direction. Based on this, it sets the initial position, rotation state, and viewing point of the evidence collection camera, and then takes a snapshot of the current scene content to obtain the evidence collection image.

5. The metaverse scene inspection system as described in claim 4, wherein, The inspection and evidence collection module further includes moving the evidence collection camera along the central axis to acquire several evidence collection images.

6. The metaverse scene inspection system as described in claim 4, wherein, The inspection and evidence collection module further includes calculating the area of ​​the inspection target projected onto the image captured by the inspection camera based on the internal parameters of the evidence collection camera and the component attributes of the inspection target. When the area exceeds a preset threshold, the image capture continues, or when the area does not exceed the threshold, the inspection direction is changed, so that the image capture is performed after the inspection camera is set.

7. A metaverse scene inspection method, comprising the following steps: instructing a scene information request module to read scene information of all metaverse scenes; instructing an inspection target filtering module to filter the scene information of a selected scene to identify inspection targets from existing components and virtual humans participating in the interaction within the selected scene; instructing an inspection evidence collection module to perform hierarchical scene evidence collection on the inspection target at different positions and directions to generate evidence collection images; instructing a content review module to review the evidence collection images to identify components containing inappropriate content or virtual humans exceeding the rules, thereby defining the inspection target as a violation target; instructing a review report module to return the violation target for subsequent confirmation and processing; and instructing a violation processing module to process the violation target returned by the review report module to remove the component containing inappropriate content or force the virtual human exceeding the rules to exit the selected scene.

8. The metaverse scene inspection method as described in request item 7, wherein, All metaverse scene information is stored in a scene information storage device.

9. The metaverse scene inspection method as described in request item 7, wherein, The step of the inspection target's filtering module filtering information for a selected scene includes: the inspection target's filtering module identifying elements whose status is visible and set to editable, and the virtual person being a general user.

10. The metaverse scene inspection method as described in request item 7, wherein, The steps of the inspection and evidence collection module to perform layered scene evidence collection on the inspection target at different positions and directions to generate evidence collection images include: having the inspection and evidence collection module select an evidence collection direction based on the component attributes of the inspection target, and calculating the closest distance to capture the entire inspection target in that evidence collection direction in conjunction with the internal parameters of the evidence collection camera, so as to set the initial position, rotation state and viewing point of the evidence collection camera to take a snapshot of the current scene content; having the evidence collection camera move along the central axis to acquire several evidence collection images; and having the inspection and evidence collection module calculate the area of ​​the inspection target projected onto the image captured by the evidence collection camera based on the internal parameters of the evidence collection camera and the component attributes of the inspection target, so that if the area exceeds a preset threshold, the capture of the evidence collection image continues, or if the area does not exceed the threshold, the inspection direction is changed so that the capture of the evidence collection image is executed after setting the evidence collection camera.

11. A computer-readable medium, applied in a computing device or computer, storing instructions for performing the metaverse scene inspection method as described in any one of claims 7 to 10.

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