Use the adjective abstract for something that is not a material object or is general and not based on specific examples.
Abstract is from a Latin word meaning “pulled away, detached,” and the basic idea is of something detached from physical, or concrete, reality. It is frequently used of ideas, meaning that they don’t have a clear applicability to real life, and of art, meaning that it doesn’t pictorially represent reality. It is also used as a noun, especially in the phrase “in the abstract” (a joke has a person laying down a new sidewalk saying “I like little boys in the abstract, but not in the concrete”), and as a verb (accented on the second syllable), meaning “to remove.”
We hope that it will spur new research in natural language understanding, generation, and translation.
- LDC general release AMR 3.0 on January 15, 2020, with 59,255 sentences.
- LDC general release AMR 2.0 on June 15, 2017, with 39,260 sentences.
- SemEval Task 9 is AMR parsing and generation. Organized by Jonathan May.
- Chinese AMR from Brandeis University.
- Public release 1.6 (March 14, 2016) of the Little Prince corpus on the AMR download page.
- Tutorial at NAACL-HLT 2015 by Nathan Schneider (Edinburgh), Jeffrey Flanigan (CMU), and Tim O’Gorman (Colorado).
The AMR Bank is manually constructed by human annotators at:
- The Linguistic Data Consortium
- The University of Colorado’s Center for Computational Language and Education Research (CLEAR)
- The University of Southern California’s Information Sciences Institute (ISI) and Computational Linguistics at USC.
Semantic processing requires distinct neural mechanisms with different brain bases.
Neural processes of disembodiment are explained by neurobiological principles.
An abstraction is a general concept or idea, rather than something concrete or tangible. In computer science, abstraction has a similar definition. It is a simplified version of something technical, such as a function or an object in a program. The goal of “abstracting” data is to reduce complexity by removing unnecessary information.
At some level, we all think of computers in abstract terms. When we type a document in a word processor, we don’t think of the CPU processing each letter we type and the data being saved to memory. When we view a webpage, we don’t think of the binary data being transferred over the Internet and being processed and rendered by the web browser. We simply type our documents and browse the web. This is how we naturally abstract computing concepts.