The phrase "automatic understanding" is correct and usable in written English.
It can be used to describe a situation where comprehension occurs without conscious thought or effort, often in contexts related to technology or communication.
Example: "The new software features automatic understanding of user commands, making it easier for everyone to interact with the system."
Alternatives: "instinctive comprehension" or "intuitive grasp".
In the scene analysis and vision care systems, camera and other sensors will be used to receive information, monitore and analysis them and automatic understanding of the events.
Automatic understanding of customers' shopping behavior and acting according to their needs is relevant in the marketing domain and is attracting a lot of attention lately.
This is a first attempt in bringing automatic understanding (AU) to the attention of the IT community as a new possibility for the systems analysis and design.
Script identification is an important step in automatic understanding of ancient manuscripts because there is no universal script-independent understanding tool available.
This neural process allows one to cognitively and emotionally reproduce the feeling experienced by a third person, thus leading to its automatic understanding.
Through this mechanism, others' emotional states are mapped onto the same areas that underlie ones' own direct experiences, therefore allowing an automatic understanding of the cognitive/emotional states intrinsic to the complex emotion of regret in others.
Narrative Science, Mr. Etzioni says, points to a larger trend in computing of "the increasing sophistication in automatic language understanding and, now, language generation".
Automatic scene understanding from multimodal data is a key task in the design of fully autonomous vehicles.
But recent developments suggest that bringing together the techniques that operate directly on video streams with models of how humans interpret visual scenes will enable a significant step towards automatic video understanding and explanation.
One of the main research challenges that arise, with this increasing amount of video data, is the automatic video understanding that will assist people with effective organization, retrieval, indexing, compression, or even summarization of the video content.
Lately, some oddities that have attracted attention include heartland vignettes ("Police Fun at Davidsfarm"); security-cam film of debatable authenticity ("Understanding Automatic Door FAIL"); stunts ("Guy Catches Laptop With His Butt"); accidents ("Horse Hit by Car"); and animation with Legos ("8-Bit Trip").
