wordvec | Word2Vec / GloVe implementation in Go | Natural Language Processing library
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kandi X-RAY | wordvec Summary
Word2Vec / GloVe implementation in Go.
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QUESTION
I have a corpus of 250k Dutch news articles 2010-2020 to which I've applied word2vec models to uncover relationships between sets of neutral words and dimensions (e.g. good-bad). Since my aim is also to analyze the prevalence of certain topics over time, I was thinking of using doc2vec instead so as to simultaneously learn word and document embeddings. The 'prevalence' of topics in a document could then be calculated as the cosine similarities between doc vectors and word embeddings (or combinations of word vectors). In this way, I can calculate the annual topical prevalence in the corpus and see whether there's any changes over time. An example of such an approach can be found here.
My issue is that the avg. yearly cosine similarities yield really strange results. As an example, the cosine similarities between document vectors and a mixture of keywords related to covid-19/coronavirus show a decrease in topical prevalence since 2016 (which obviously cannot be the case).
My question is whether the approach that I'm following is actually valid. Or that maybe there's something that I'm missing. A 250k documents and 100k + vocabulary should be sufficient enough?
Below is the code that I've written:
...ANSWER
Answered 2021-Sep-30 at 07:11Turns out that setting parameters to dm=0, dbow_words=1
allows for training documents and words in the same space, now yielding valid results.
QUESTION
I am calculating word similarity using torch::Embedding
module by pretrained wordvector (glove.300d) on Ubuntu 18.04LTS PyTorch C++ (1.5.1, CUDA 10.1). I believe I have moved everything I can to the GPU, but when I execute it, it still says (full error log on the end of the question):
ANSWER
Answered 2020-Jul-24 at 13:18Based on the error message, one of the two following Tensor
s are not in the GPU when you're running SimilarityModel::forward()
:
this->embedding->weight
x
Given that the error points to the argument #1
, I'd say that weight
is the one on the CPU.
Here's the call for index.select
:
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