How to use vectors produced by TF-IDF as an input for fuzzy c-means?












0












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I have done text processing with TF-IDF method and as an output got a list of normalized vectors [0, 1] for each document. Such as below:



Document 1
word1:1.0, word2:0.9, ..., word_n:0

Document 2
word2:1.0, word1:0.4, ..., word_n:0
...
etc


The above is basically a list of key-values where key is a term and values are TF-IDF values, where value 1 means that the term matches the document the most compared to other terms in the set.



My question is, to what form should I transform these vectors in order to properly use fuzzy c-means clustering on them? I feel like it should be 2D matrix of something, but can't figure it out.



At the very end I would like to have a trained model which on a given input could say to what documents (based on the membership values) it belongs with the highest chance.










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    0












    $begingroup$


    I have done text processing with TF-IDF method and as an output got a list of normalized vectors [0, 1] for each document. Such as below:



    Document 1
    word1:1.0, word2:0.9, ..., word_n:0

    Document 2
    word2:1.0, word1:0.4, ..., word_n:0
    ...
    etc


    The above is basically a list of key-values where key is a term and values are TF-IDF values, where value 1 means that the term matches the document the most compared to other terms in the set.



    My question is, to what form should I transform these vectors in order to properly use fuzzy c-means clustering on them? I feel like it should be 2D matrix of something, but can't figure it out.



    At the very end I would like to have a trained model which on a given input could say to what documents (based on the membership values) it belongs with the highest chance.










    share|improve this question







    New contributor




    d.dizhevsky is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
    Check out our Code of Conduct.







    $endgroup$















      0












      0








      0





      $begingroup$


      I have done text processing with TF-IDF method and as an output got a list of normalized vectors [0, 1] for each document. Such as below:



      Document 1
      word1:1.0, word2:0.9, ..., word_n:0

      Document 2
      word2:1.0, word1:0.4, ..., word_n:0
      ...
      etc


      The above is basically a list of key-values where key is a term and values are TF-IDF values, where value 1 means that the term matches the document the most compared to other terms in the set.



      My question is, to what form should I transform these vectors in order to properly use fuzzy c-means clustering on them? I feel like it should be 2D matrix of something, but can't figure it out.



      At the very end I would like to have a trained model which on a given input could say to what documents (based on the membership values) it belongs with the highest chance.










      share|improve this question







      New contributor




      d.dizhevsky is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
      Check out our Code of Conduct.







      $endgroup$




      I have done text processing with TF-IDF method and as an output got a list of normalized vectors [0, 1] for each document. Such as below:



      Document 1
      word1:1.0, word2:0.9, ..., word_n:0

      Document 2
      word2:1.0, word1:0.4, ..., word_n:0
      ...
      etc


      The above is basically a list of key-values where key is a term and values are TF-IDF values, where value 1 means that the term matches the document the most compared to other terms in the set.



      My question is, to what form should I transform these vectors in order to properly use fuzzy c-means clustering on them? I feel like it should be 2D matrix of something, but can't figure it out.



      At the very end I would like to have a trained model which on a given input could say to what documents (based on the membership values) it belongs with the highest chance.







      clustering tfidf






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      Check out our Code of Conduct.











      share|improve this question







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      asked 2 days ago









      d.dizhevskyd.dizhevsky

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          $begingroup$

          Assign a unique column to each word.



          All remaining values are zero, obviously.






          share|improve this answer









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            $begingroup$

            You could create a table from the TF-IDF vectors in which each feature or column represents a word, each row a document and if a word does not appear in a document use 0 as TF-IDF vector value. Then you could apply c-means clustering to this table.






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              2 Answers
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              0












              $begingroup$

              Assign a unique column to each word.



              All remaining values are zero, obviously.






              share|improve this answer









              $endgroup$


















                0












                $begingroup$

                Assign a unique column to each word.



                All remaining values are zero, obviously.






                share|improve this answer









                $endgroup$
















                  0












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                  0





                  $begingroup$

                  Assign a unique column to each word.



                  All remaining values are zero, obviously.






                  share|improve this answer









                  $endgroup$



                  Assign a unique column to each word.



                  All remaining values are zero, obviously.







                  share|improve this answer












                  share|improve this answer



                  share|improve this answer










                  answered 8 hours ago









                  Anony-MousseAnony-Mousse

                  4,690623




                  4,690623























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                      $begingroup$

                      You could create a table from the TF-IDF vectors in which each feature or column represents a word, each row a document and if a word does not appear in a document use 0 as TF-IDF vector value. Then you could apply c-means clustering to this table.






                      share|improve this answer









                      $endgroup$


















                        0












                        $begingroup$

                        You could create a table from the TF-IDF vectors in which each feature or column represents a word, each row a document and if a word does not appear in a document use 0 as TF-IDF vector value. Then you could apply c-means clustering to this table.






                        share|improve this answer









                        $endgroup$
















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                          $begingroup$

                          You could create a table from the TF-IDF vectors in which each feature or column represents a word, each row a document and if a word does not appear in a document use 0 as TF-IDF vector value. Then you could apply c-means clustering to this table.






                          share|improve this answer









                          $endgroup$



                          You could create a table from the TF-IDF vectors in which each feature or column represents a word, each row a document and if a word does not appear in a document use 0 as TF-IDF vector value. Then you could apply c-means clustering to this table.







                          share|improve this answer












                          share|improve this answer



                          share|improve this answer










                          answered 8 hours ago









                          Franziska W.Franziska W.

                          8114




                          8114






















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