8 NLP Examples: Natural Language Processing in Everyday Life

That’s why machine learning and artificial intelligence (AI) are gaining attention and momentum, with greater human dependency on computing systems to communicate and perform tasks. And as AI and augmented analytics get more sophisticated, so will Natural Language Processing (NLP). While the terms AI and NLP might conjure images of futuristic robots, there are already basic examples of NLP at work in our daily lives. With social media listening, businesses can understand what their customers and others are saying about their brand or products on social media. NLP helps social media sentiment analysis to recognize and understand all types of data including text, videos, images, emojis, hashtags, etc.

Automated systems direct customer calls to a service representative or online chatbots, which respond to customer requests with helpful information. This is a NLP practice that many companies, including large telecommunications providers have put to use. NLP also enables computer-generated language close to the voice of a human. Phone calls to schedule appointments like an oil change or haircut can be automated, as evidenced by this video showing Google Assistant making a hair appointment.

Understanding Natural Language Processing (NLP):

This subcategory, called Natural Language Generation will be the focus of this blog post. Called DeepHealthMiner, the tool analyzed millions of posts from the Inspire health forum and yielded promising natural language example results. Natural language processing (NLP) is a form of artificial intelligence (AI) that allows computers to understand human language, whether it be written, spoken, or even scribbled.

• Lemmatization tries to achieve a similar base “stem” for a word.
• Analytically speaking, punctuation marks are not that important for natural language processing.
• But computers require a combination of these analyses to replicate that kind of understanding.
• Businesses use NLP to power a growing number of applications, both internal — like detecting insurance fraud, determining customer sentiment, and optimizing aircraft maintenance — and customer-facing, like Google Translate.
• Although forensic stylometry can be viewed as a qualitative discipline and is used by academics in the humanities for problems such as unknown Latin or Greek texts, it is also an interesting example application of natural language processing.

The notion of a procedural semantics was first conceived to describe the compilation and execution of computer programs when programming was still new. Of course, there is a total lack of uniformity across implementations, as it depends on how the software application has been defined. Figure 5.6 shows two possible procedural semantics for the query, “Find all customers with last name of Smith.”, one as a database query in the Structured Query Language (SQL), and one implemented as a user-defined function in Python. These models follow from work in linguistics (e.g. case grammars and theta roles) and philosophy (e.g., Montague Semantics[5] and Generalized Quantifiers[6]). Four types of information are identified to represent the meaning of individual sentences.

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If you provide a list to the Counter it returns a dictionary of all elements with their frequency as values. Here, all words are reduced to ‘dance’ which is meaningful and just as required.It is highly preferred over stemming. The most commonly used Lemmatization technique is through WordNetLemmatizer from nltk library. You can observe that there is a significant reduction of tokens.

Notice that the first description contains 2 out of 3 words from our user query, and the second description contains 1 word from the query. The third description also contains 1 word, and the forth description contains no words from the user query. As we can sense that the closest answer to our query will be description number two, as it contains the essential word “cute” from the user’s query, this is how TF-IDF calculates the value. TF-IDF stands for Term Frequency — Inverse Document Frequency, which is a scoring measure generally used in information retrieval (IR) and summarization. The TF-IDF score shows how important or relevant a term is in a given document. If accuracy is not the project’s final goal, then stemming is an appropriate approach.

Word-Level Grammatical Functions

Request your free demo today to see how you can streamline your business with natural language processing and MonkeyLearn. These smart assistants, such as Siri or Alexa, use voice recognition to understand our everyday queries, they then use natural language generation (a subfield of NLP) to answer these queries. Through NLP, computers don’t just understand meaning, they also understand sentiment and intent.

Natural language processing is developing at a rapid pace and its applications are evolving every day. That’s great news for businesses since NLP can have a dramatic effect on how you run your day-to-day operations. It can speed up your processes, reduce monotonous tasks for your employees, and even improve relationships with your customers. Natural language processing is one of the most promising fields within Artificial Intelligence, and it’s already present in many applications we use on a daily basis, from chatbots to search engines. Analyzing customer feedback is essential to know what clients think about your product. NLP can help you leverage qualitative data from online surveys, product reviews, or social media posts, and get insights to improve your business.

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This not only helps insurers eliminate fraudulent claims but also keeps insurance premiums low. You can classify texts into different groups based on their similarity of context. Now if you have understood how to generate a consecutive word of a sentence, you can similarly generate the required number of words by a loop.

AI has transformed a number of industries but has not yet had a disruptive impact on the legal industry. However, there is still a lot of work to be done to improve the coverage of the world’s languages. Facebook estimates that more than 20% of the world’s population is still not currently covered by commercial translation technology. In general coverage is very good for major world languages, with some outliers (notably Yue and Wu Chinese, sometimes known as Cantonese and Shanghainese). Any time you type while composing a message or a search query, NLP helps you type faster. One is text classification, which analyzes a piece of open-ended text and categorizes it according to pre-set criteria.

For example, NPS surveys are often used to measure customer satisfaction. Only then can NLP tools transform text into something a machine can understand. Top word cloud generation tools can transform your insight visualizations with their creativity, and give them an edge. We were blown away by the fact that they were able to put together a demo using our own YouTube channels on just a couple of days notice. What really stood out was the built-in semantic search capability. From the above output , you can see that for your input review, the model has assigned label 1.

Applying language to investigate data not only enhances the level of accessibility, but lowers the barrier to analytics across organizations, beyond the expected community of analysts and software developers. To learn more about how natural language can help you better visualize and explore your data, check out this webinar. Things like autocorrect, autocomplete, and predictive text are so commonplace on our smartphones that we take them for granted.

This response is further enhanced when sentiment analysis and intent classification tools are used. MonkeyLearn is a good example of a tool that uses NLP and machine learning to analyze survey results. It can sort through large amounts of unstructured data to give you insights within seconds. Now, however, it can translate grammatically complex sentences without any problems. This is largely thanks to NLP mixed with ‘deep learning’ capability. Deep learning is a subfield of machine learning, which helps to decipher the user’s intent, words and sentences.

Autocomplete and predictive text are similar to search engines in that they predict things to say based on what you type, finishing the word or suggesting a relevant one. And autocorrect will sometimes even change words so that the overall message makes more sense. Predictive text will customize itself to your personal language quirks the longer you use it.