Natural Language Processing API
Note:check latest API Collections page for the list of updated APIs. Natural Language processing, or NLP, is a field of computer science, artificial intelligence, and linguistics concerned WI Th the
Natural Language Processing 3.6-normalized text, natural language processing 3.6
In the previous example, the text is often converted into lowercase letters before being processed, that is, (w. lower () for w in words ). use lower
Once wrote a small article, beginners how to access Natural language processing (NLP) field of academic materials _zibuyu_ Sina Blog, perhaps for your reference.
Yesterday, a group of students in the laboratory sent an e-mail to ask me how to find academic papers, which reminds me of my first graduate students at a loss of Si gu situation: watching the senior
1. "The beauty of mathematics" Wu This writing is particularly vivid image, not too many formulas, popular science nature. There is a preliminary understanding of many of the technical principles of NLP. It can be said to be the best introductory reading of natural language processing. Link: https://pan.baidu.com/s/1eSphCSa Password: 59je.
2. How to make one thin
Natural Language Processing 3.7-use a regular expression for text segmentation, natural language processing 3.7
1. Simple word segmentation method:
Text Segmentation by space characters is the easiest method for text segmentation.
Natural language Processing--TF-IDF algorithm to extract key words
This headline seems to be very complicated, in fact, I would like to talk about a very simple question.
There is a very long article, I want to use the computer to extract its keywords (Automatic keyphrase extraction), completely without manual intervention, how can I do it correctly.
It mainly includes capitalization conversion, stemming, simplified conversion and so on.
Segmentation (sentence segmentation and decision Trees):
Like!? Such symbols are clearly divided in meaning, but in English. " "will be used in a variety of scenarios, such as the abbreviation" INC "," Dr ",". 2% "," 4.3 "and so on, can not be processed by simple regular expression, we introduced the decision tree classification method to determine whether th
http://52opencourse.com/111/Stanford University--language model (language-modeling)--Class IV of natural language processingI. Introduction of the CourseStanford University launched an online natural language
, K2, K3.Measurement of Ishimarkov language model: complexity (perplexity)Suppose we have a test data set (a total of M sentences), each sentence Si corresponds to a probability p (SI), so the probability product of the test data set is ∏p (SI). After simplification, we can get Log∏p (si) =σlog[p (si)]. perplexity = 2^-l, where L = 1/mσlog[p (SI)]. (like the definition of entropy)A few intuitive examples:1) Suppose Q (w | u, v) = 1/m,perplexity = M;2)
Practical Series Articles:1 stuttering participle and natural language processing HANLP processing notes2 Python Chinese corpus batch preprocessing notebooks3 Notes on Natural language processing4 Calling the
Natural Language Processing (NLP) is widely used in speech recognition, machine translation, and automatic Q . The early natural language processing technology was based on "part of speech" and "Syntax". By the end of 197
I attended a natural language processing open class, which was taught by Daniel Collins. If you think it is good, translate the lecture into Chinese. On the one hand, I hope that through this translation process, I can better understand the content taught by Daniel and exercise my translation skills. On the other hand, hah is beneficial to mankind. The content in
device: "Coin toss" model 1. Generate sentences from random algorithms-generators can be one of many "states"-toss a coin to determine the next state-toss another coin to decide which letter or Word to Output II. Shannon (Shannon): "The states would correspond to the" residue of influence "from preceding letters" E) based on word approximation Note: The following is the training with ShakespeareMachine-generated sentences, you can refer to the "Natural
0.1 differences between natural and artificial languages:
(1) Natural language is full of ambiguity, and the ambiguity of artificial language can be controlled
(2) The structure of natural language is complex and divers
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