Intelligent content mapping system

Abstract

This disclosure provides an intelligent content generation mapping system, comprising a login module, a tagging module, a projection module, a parsing module, and a masking module. The login module logs multimodal content as an internally generated asset; the tagging module, coupled to the login module, establishes tagging data for the internally generated asset; the projection module, coupled to the login module, executes a projection procedure according to an application purpose; the parsing module, coupled to the tagging and projection modules, receives requests from an application and performs multiple conditional checks; the masking module, coupled to the parsing module, executes output control and a failure shutdown mechanism based on the judgment results of the parsing module. Therefore, this disclosure can output internal assets as corresponding projection data and achieve a high level of information security.

Claims

1. An intelligent content generation mapping system, installed in a hardware device, comprising: a login module receiving multimodal content from an intelligent model, the login module logging the multimodal content as an internally generated asset of the intelligent content generation mapping system, and the login module establishing association data related to the internally generated asset, the association data including identification data, asset type, source data, user data, creation time, and status data; a tagging module coupled to the login module, the tagging module establishing tag data for the internally generated asset, the tag data including modality type, purpose data, public status, permission scope, user type, and content attributes; and a projection module coupled to the login module, the projection module executing a projection program according to an application purpose, the projection module converting, encapsulating, or mapping the internally generated asset into projection data corresponding to the application purpose; A parsing module, coupled to the tagging module and the projection module, receives an asset output request from an application. The parsing module compares the projection data with the tagging data based on the application type, the associated data, and performs multiple conditional checks. A masking module, coupled to the parsing module, performs output control based on the judgment results of the parsing module. When all conditions are met, the masking module removes one of the internal maintenance information of the hardware device and only outputs the projection data required by the application. When any condition is not met, the masking module triggers a failure shutdown mechanism, refuses to output the projection data, and sends an error status back to the hardware device.

2. The intelligent content mapping system as described in claim 1, wherein, The application is an augmented reality device or a mixed reality device, and the hardware outputs the projected data as target material, display material, navigation material, interactive material or location data that can be read by the application's execution environment.

3. The intelligent content mapping system as described in claim 1, wherein, The application is a dialog interface device. The hardware device outputs the projected data as the character settings, scene settings, script settings, image settings, teaching material settings, knowledge fragments or dialogue context required by the application.

4. The intelligent content mapping system as described in claim 1, wherein, The application is a teaching interface device. The hardware device outputs the projected data in a visual manner, so that the projected data presents a teaching title, learning instructions, text information, teaching outline or media assets.

5. The intelligent content mapping system as described in claim 1, wherein, It also includes an auxiliary module coupled to the login module. The auxiliary module automatically generates auxiliary data based on the multimodal content. The auxiliary data includes a content summary, content title, content description, content tags, content category, applicable scenarios, teaching purposes, display purposes, interactive purposes, and suitable application suggestions.

6. The intelligent content mapping system as described in claim 1, wherein, The masking module removes or masks the projection data and the storage path, storage location, workflow, task identification code, generation parameters, identification data and model information of the internally generated assets. The masking module then outputs the removed or masked projection data to the application.

7. The intelligent content mapping system as described in claim 1, wherein, The multiple condition judgments of this parsing module include determining whether the projected data is allowed to be published, accessed, or obscured, whether the data is complete, whether the data has been withdrawn, whether the data has been deactivated, or whether the data has expired.

8. The intelligent content mapping system as described in claim 1, wherein, This multimodal content includes text, voice, audio, images, videos, or 3D models.

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