Hi, I'm Ask INFA!
What would you like to know?
ASK INFAPreview
Please to access Ask INFA.

Table of Contents

Search

  1. Preface
  2. Transformations
  3. Source transformation
  4. Target transformation
  5. Access Policy transformation
  6. Aggregator transformation
  7. B2B transformation
  8. Chunking transformation
  9. Cleanse transformation
  10. Data Masking transformation
  11. Data Services transformation
  12. Deduplicate transformation
  13. Expression transformation
  14. Filter transformation
  15. Hierarchy Builder transformation
  16. Hierarchy Parser transformation
  17. Hierarchy Processor transformation
  18. Input transformation
  19. Java transformation
  20. Java transformation API reference
  21. Joiner transformation
  22. Labeler transformation
  23. Lookup transformation
  24. Machine Learning transformation
  25. Mapplet transformation
  26. Normalizer transformation
  27. Output transformation
  28. Parse transformation
  29. Python transformation
  30. Rank transformation
  31. Router transformation
  32. Rule Specification transformation
  33. Sequence transformation
  34. Sorter transformation
  35. SQL transformation
  36. Structure Parser transformation
  37. Transaction Control transformation
  38. Union transformation
  39. Vector Embedding transformation
  40. Velocity transformation
  41. Verifier transformation
  42. Web Services transformation

Transformations

Transformations

Text processing functions

Text processing functions

Text processing functions make text data cleaner and semantically more consistent for vector embedding by focusing on words that are informative to the meaning of the text and by reducing variability to aid NLP. In RAG use cases, text processing ensures that text is clean, consistent, and easily comparable to user queries.
Text processing functions can clean text by removing noise such as whitespace and diacritics, and they can convert text to a standard format by lemmatizing words to their base forms.
You can use the following text processing functions:
Cleanse text
Cleanse the text by removing redundant whitespace and sets of dots and by converting letters to lowercase.
Remove diacritics
Removes diacritics including accents and other marks that change a letter's pronunciation. For example,
café
becomes
cafe
.
Check spelling
Checks for spelling errors based on the context of the data and corrects them.
Lemmatize
Converts words to their base form. For example,
better
becomes
good
and
running
becomes
run
.
Lemmatization preserves the semantic accuracy of the data, so it's useful for sentiment analysis and machine translation.
Remove stop words
Removes common stop words like pronouns, articles, prepositions, and conjunctions. For example,
This is a sample text
becomes
sample text
.
Converting words to lowercase and removing stop words is a simple and effective way to reduce data complexity that applies to most NLP tasks.

0 COMMENTS

We’d like to hear from you!