The interface should show the subgraph in the center with nodes more related to the topic more prominently displayed, (either through depth, blur,node size, etc).
Clusters should be displayable, potentially through node shape
Node keys should be displayable, potentially through color.
Class, Key, Value triple should be visible with the ability to select nodes to see all properties.
Nodes should be selectable to see all properties.
People must be able to enter topics to query the backend storage for.
People must be able to choose a topic and scoring algorithm to score the graph against.
People must be able to cluster the subgraph with a given cluster algorithm.
People should be able to add key:value attributes to the graph, have them enriched, and processed.
Display the graph in http://www.opengraphiti.com/ Use the google speech synthesis API for input: https://developers.google.com/web/updates/2014/01/Web-apps-that-talk---Introduction-to-the-Speech-Synthesis-API?hl=en Use Oculus Rift (https://www.oculus.com/en-us/) or Microsoft Hololens (https://www.microsoft.com/microsoft-hololens/en-us) for viewing.
The interface should show the subgraph in the center with nodes more related to the topic more prominently displayed, (either through depth, blur,node size, etc).
Clusters should be displayable, potentially through node shape
Node keys should be displayable, potentially through color.
Class, Key, Value triple should be visible with the ability to select nodes to see all properties.
Nodes should be selectable to see all properties.
People must be able to enter topics to query the backend storage for.
People must be able to choose a topic and scoring algorithm to score the graph against.
People must be able to cluster the subgraph with a given cluster algorithm.
People should be able to add key:value attributes to the graph, have them enriched, and processed.