word-sense-disambiguation | Incorporating Dictionary Knowledge into Neural | Graph Database library
kandi X-RAY | word-sense-disambiguation Summary
kandi X-RAY | word-sense-disambiguation Summary
This repo contains the code and data of the following paper:. In this paper, we integrate the context and glosses of the target word into a unified framework in order to make full use of both labeled data and lexical knowledge of WSD. Therefore, we propose GAS: a gloss-augmented WSD neural network which jointly encodes the context and glosses of the target word in an improved memory network. We further extend the original gloss of word sense via its semantic relations in WordNet to enrich the gloss information (GAS_ext).
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Top functions reviewed by kandi - BETA
- Load all words data .
- Convert words to numeric
- Load lexical sample data .
- Apply preprocessing to training and test set .
- Generate a batch of hyperparameters .
- Generate a batch of data .
- Binarize a dictionary with word_to_id .
- Filters out words that are less than min_sense_freq .
- Initialize the dataset .
- Train the model .
word-sense-disambiguation Key Features
word-sense-disambiguation Examples and Code Snippets
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Trending Discussions on word-sense-disambiguation
QUESTION
I am interested in identifying the WordNet synset IDs for each word in a set of tags. The words in the set provide the context for the word sense disambiguation, such as:
- {mole, skin}
- {mole, grass, fur}
- {mole, chemistry}
- {bank, river, river bank}
- {bank, money, building}
I know of the lesk algorithm and libraries, such as pywsd, which is based on 10+ year old tech (which may still be cutting edge -- that is my question).
Are there better performing algorithms by now that make sense of pre-trained embeddings, like GloVe, and maybe the distances of these embeddings to each other? Are there ready-to-use implementations of such WSD algorithms?
I know this question is close to the danger zone of asking for subjective preferences - as in this 5-year old thread. But I am not asking for an overview of options or the best software for a problem.
...ANSWER
Answered 2020-Aug-11 at 13:42Transfer learning, particularly models like Allen AI’s ELMO, OpenAI’s Open-GPT, and Google’s BERT allowed researchers to smash multiple benchmarks with minimal task-specific fine-tuning and provided the rest of the NLP community with pretrained models that could easily (with less data and less compute time) be fine-tuned and implemented to produce state of the art results.
these representations will help you accuratley retrieve results matching the customer's intent and contextual meaning(), even if there's no keyword or phrase overlap.
To start off, embeddings are simply (moderately) low dimensional representations of a point in a higher dimensional vector space.
By translating a word to an embedding it becomes possible to model the semantic importance of a word in a numeric form and thus perform mathematical operations on it.
When this was first possible by the word2vec model it was an amazing breakthrough. From there, many more advanced models surfaced which not only captured a static semantic meaning but also a contextualized meaning. For instance, consider the two sentences below:
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Install word-sense-disambiguation
modify self.GLOVE_VECTOR in path.py: pre-trained word embeddings path (download from: https://nlp.stanford.edu/projects/glove/).
modify self.WORDNET_PATH in path.py: wordnet 3.0 database.
go to the GAS/ folder and run the following command:
or go to the GAS_ext/ folder and run the following command:
All outputs will be stored in tmp/ folder. More specifically, the summary of the model path is tmp/tf.log), and test result path is tmp/result.txt.
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