Here's a breakdown of how I determine the meaning of a word:
* Contextual Understanding: I analyze the surrounding words and sentences to infer the meaning of a given term. The words before and after a target word provide crucial clues. This is similar to how humans use context to understand unfamiliar words.
* Word Embeddings: My architecture utilizes word embeddings, which are numerical representations of words. Words with similar meanings have similar vector representations in this space. This allows me to identify synonyms, antonyms, and related concepts.
* Statistical Associations: I identify patterns and correlations between words based on their frequent co-occurrence in the training data. If two words frequently appear together, it suggests a semantic relationship.
* Definitions from the Training Data: My training data includes many dictionaries, encyclopedias, and other text sources that explicitly define words. I learn these definitions through statistical analysis and pattern recognition.
Essentially, I've learned to predict the most likely meaning of a word based on its context and the vast amount of text I've processed. My "knowledge" is statistical and probabilistic, not based on personal experience or understanding in the human sense. I can access and process information, but I don't "know" in the same way a human being does.