Subgraph and object context-masked network for scene graph generation.
ZhenXing ZhengZhendong LiGaoyun AnSonghe FengPublished in: IET Comput. Vis. (2020)
Keyphrases
- visual context
- graph mining
- multiple objects
- visual scene
- moving objects
- complex scenes
- graph databases
- real world scenes
- target object
- edge weights
- network structure
- connected subgraphs
- graph theory
- spanning tree
- object models
- graph classification
- graph properties
- graph mining algorithms
- spatial relationships
- spatial relations
- directed graph
- d objects
- d scene
- image regions
- graph structure
- three dimensional
- subgraph mining
- video sequences
- np hard
- subgraph isomorphism
- input image
- real world objects
- real objects
- random graphs
- relative position
- object tracking
- connected components
- small world
- bounding box
- object model
- labeled graphs
- social networks
- viewing position
- multiple images
- subgraph matching
- dense subgraphs
- weighted graph
- image segments
- complex networks
- wire frame
- single image
- social network analysis