"time expressions" is a correct and commonly used term in written English.
It refers to words or phrases that indicate a specific time or period, such as "tomorrow," "last week," or "in two hours." Example: "I have a meeting at 10 am tomorrow." (tomorrow is a time expression) "Last summer, I went on a trip to Europe." (last summer is a time expression).
SUTime is a library for recognizing and normalizing time expressions.
SUTIME: A Library for Recognizing and Normalizing Time Expressions.
While most approaches to the task have used regular expressions and similar linear pattern interpretation rules, the possibility of phrasal embedding and modification in time expressions motivates our use of a compositional grammar of time expressions.
Additional settling time expressions are computed from previously published response-norm bounds.
A clinical semantic unit is extracted from each sentence based on time expressions and context structures of events.
It is shown that the settling time bound is preferable over any of the "response-norm" settling time expressions as a bound on the "exact" settling time.
At the present time, expression-based biomarkers developed from microarray technologies have not emerged for the rheumatic diseases of childhood.
This expression is a generalization of the settling time expression commonly used for underdamped single-degree-of-freedom systems.
We show for the first time expression of the GLP-1R and the GIPR by primary human microglia and astrocytes.
With these last ones, the bottom is falling out of Macronism: there is no longer any centrism as defined by Macron's famous "at the same time" expression.
When a time expression is identified, the NamedEntityTagAnnotation is set with one of four temporal types (DATE, TIME, DURATION, and SET) and the NormalizedNamedEntityTagAnnotation is set to the value of the normalized temporal expression.
