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A word takes different inflectional forms. For instance, the word, "Compute" can take the forms, "computing", "computation", and "computerize". The NLP applications such as Search Engines and Information Extraction would want to store the base or stem of the word, i.e "Compute" instead of accomodating all its inflected forms. This will yield in dimensionality reduction and incerases the efficiency of the system. The stemmer cuts the prefix and suffix of a word.
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# Languages covered:
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Our stemmer works for the following 26 languages. Our stemmer works using the snowball stemmer algorithm which is also known as Porter 2 Stemming algorithm.
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1. Tamil
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2. Hindi
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3. English
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4. Arabic
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5. Basque
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6. Catalan
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7. Danish
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8. Dutch
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9. Finnish
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10. French
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11. German
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12. Greek
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13. Hungarian
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14. Indonesian
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15. Irish
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16. Italian
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17. Lithuanian
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18. Nepali
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19. Norwegian
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20. Portuguese
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21. Romanian
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22. Russian
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23. Serbian
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24. Spanish
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25. Swedish
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# Stemmer : Defintion and it's usage
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A word takes different inflectional forms. For instance, the word, "Compute" can take the forms, "computing", "computation", and "computerize". The NLP applications such as Search Engines and Information Extraction would want to store the base or stem of the word, i.e "Compute" instead of accomodating all its inflected forms. This will yield in dimensionality reduction and incerases the efficiency of the system. The stemmer cuts the prefix and suffix of a word.
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# Languages covered:
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Our stemmer works for the following 26 languages. Our stemmer works using the snowball stemmer algorithm which is also known as Porter 2 Stemming algorithm.
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1. Tamil
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2. Hindi
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+
3. English
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+
4. Arabic
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5. Basque
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6. Catalan
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7. Danish
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8. Dutch
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9. Finnish
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10. French
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11. German
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12. Greek
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13. Hungarian
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14. Indonesian
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15. Irish
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16. Italian
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17. Lithuanian
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18. Nepali
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19. Norwegian
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20. Portuguese
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21. Romanian
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22. Russian
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23. Serbian
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24. Spanish
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25. Swedish
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26. Turkish
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```python
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## Response Type
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[`List of Responsestem`](/doc/models/responsestem.md)
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[`List of Responsestem`](/fl-python/doc/models/responsestem.md)
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## Example Usage
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```python
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body = jsonpickle.decode('{"key1":"val1","key2":"val2"}')
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body = jsonpickle.decode('{"key1":"val1","key2":"val2"}')
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result = basic_ap_is_controller.get_stemmer(body)
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```
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| HTTP Status Code | Error Description | Exception Class |
| 426 | Please use HTTPS protocol |[`ApiMorph426ErrorException`](/fl-python/doc/models/api-morph-426-error-exception.md)|
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# Get Postag
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**So, What is a POS Tagger?**
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Parts Of Speech Tagger, which is shortly known as POS Tagger is a software that automatically finds the word classes, when a text input is given. The text input can be a word, a sentence or a set of sentences. The word classes are the grammatical categories such as, Noun, Verb, Adverb etc. These category assigned to each word is a tag. A set of tags, each indicating a grammatical category is called, "tagsets". POS tagging is a mandatory pre processing for most of the Natural Language Processing Applications such as, Information Extraction, Information Retreival systems and Summary generation systems.
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**Is POS Tagger, a language-independent software?**
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No. A POS Tagger is a language-dependent software as the grammar rules will differ for every language. For instance, A word ending with "ing" might indicate a Verb" in English but this will not be applicable for other languages.
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**For what languages, our POS Tagger API will work?**
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At present, our POS Tagger API works for English and Tami Languages. Soon we will extend the APIs to accomodate more languages.
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**How Precise are our POS Tagger API?**
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**So, What is a POS Tagger?**
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Parts Of Speech Tagger, which is shortly known as POS Tagger is a software that automatically finds the word classes, when a text input is given. The text input can be a word, a sentence or a set of sentences. The word classes are the grammatical categories such as, Noun, Verb, Adverb etc. These category assigned to each word is a tag. A set of tags, each indicating a grammatical category is called, "tagsets". POS tagging is a mandatory pre processing for most of the Natural Language Processing Applications such as, Information Extraction, Information Retreival systems and Summary generation systems.
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**Is POS Tagger, a language-independent software?**
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No. A POS Tagger is a language-dependent software as the grammar rules will differ for every language. For instance, A word ending with "ing" might indicate a Verb" in English but this will not be applicable for other languages.
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**For what languages, our POS Tagger API will work?**
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At present, our POS Tagger API works for English and Tami Languages. Soon we will extend the APIs to accomodate more languages.
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**How Precise are our POS Tagger API?**
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will update accuracy metrics soon .....
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```python
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## Response Type
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[`List of Responsepo`](/doc/models/responsepo.md)
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[`List of Responsepo`](/fl-python/doc/models/responsepo.md)
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## Example Usage
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```python
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body = jsonpickle.decode('{"key1":"val1","key2":"val2"}')
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body = jsonpickle.decode('{"key1":"val1","key2":"val2"}')
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result = basic_ap_is_controller.get_postag(body)
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```
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| HTTP Status Code | Error Description | Exception Class |
Copy file name to clipboardExpand all lines: doc/models/url-input.md
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| Name | Type | Tags | Description |
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| --- | --- | --- | --- |
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|`input`|[`Input1`](/doc/models/input-1.md)| Optional | Text for processing will be read from the given URL. Only HTML pages or text pages will be processed at this time. |
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|`input`|[`Input1`](/fl-python/doc/models/input-1.md)| Optional | Text for processing will be read from the given URL. Only HTML pages or text pages will be processed at this time. |
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