SYSTEM FOR CONTEXTUAL SEARCHING USING TEXT SEARCH TERMS
A system for contextual matching video content based on multimodal metadata extraction generated by processing one or more scenes to extract metadata corresponding to multiple extraction modes, and an embedding model for each extraction mode wherein an aggregated embedding model responsive to said metadata embeddings for each mode formulates an aggregated embedding with an embedding extractor responsive to a text input with an embedding model coordinated with said embedding model wherein said embeddings are in the form of a vector, and a vector comparison processor for determining the distance between the query vector and a vector representing the aggregated embedding. The coordination between embedding models is established by training. The embedding extractor may accept a free-form text query and present one or more subqueries for embedding. A textual inversion engine may be provided to generate an image from the embeddings to provide feedback to a user. In this way a user can confirm the effectiveness of the text query. A text editor may be provided for a user to enter and to edit a query.
1 . A system for contextual matching video content based on multimodal metadata extraction generated by processing one or more scenes to extract metadata corresponding to multiple extraction modes, and an embedding model for each extraction mode wherein an aggregated embedding model responsive to said metadata embeddings for each mode formulates an aggregated embedding comprising:
a scene detector having a video content input and an output representing scene boundaries;
a metadata extractor responsive to content of a scene as identified by said scene boundaries to extract metadata corresponding to several extraction modes;
a metadata embedding for each extraction mode;
an embedding aggregator responsive to said metadata embedding is to formulate an aggregated embedding for each scene indexing said content;
an embedding extractor responsive to a text input with an embedding model coordinated with said embedding model for one or more of said embedding modes; wherein said embeddings are in the form of a vector, and
a vector comparison processor for determining the distance between the query vector and a vector representing said aggregated embedding and indicating the result.
2 . The system for contextual matching video content according to claim 1 wherein said coordination between embedding models is established by training.
3 . The system for contextual matching video content according to claim 1 wherein said embedding extractor accepts a free-form text query and presents one or more subqueries for embedding.
4 . The system for contextual matching video content according to claim 1 further comprises a textual inversion engine responsive to said embeddings to present an image based on said embeddings.
5 . The system for contextual matching video content according to claim 4 further comprises a query editor connected to an input of said embedding extractor.
6 . The system according to claim 5 wherein said query editor has a user input connected to a text editor which is connected to a query store and said query store is connected to an output of said query editor.