Natural Language Processing Examples in Government Data Deloitte Insights



These are the most popular applications of Natural Language Processing and chances are you may have never heard of them! NLP is used in many other areas such as social media monitoring, translation tools, smart home devices, survey analytics, etc. Chances are you may have used Natural Language Processing a lot of times till now but never realized what it was. But now you know the insane amount of applications of this technology and how it’s improving our daily lives. If you want to learn more about this technology, there are various online courses you can refer to.

natural language processing application examples

Search autocomplete is a good example of NLP at work in a search engine. This function predicts what you might be searching for, so you can simply click on it and save yourself the hassle of typing it out. You simply copy and paste your text into the WYSIWYG, and the tool generates a summary.

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In this chapter, we explore several examples that exemplify the possibilities in this area. This allows the unbiased filtering of resumes and selection of the best possible candidates for a vacant position without requiring much human labor. Most of the companies use Application Tracking Systems for screening the resumes efficiently. For example, suppose an employee tries to copy confidential information somewhere outside the company. In that case, these systems will not allow the device to make a copy and will alert the administrator to stop this security breach. Organizations in any field, such as SaaS or eCommerce, can use NLP to find consumer insights from data.

natural language processing application examples

There are many eCommerce websites and online retailers that leverage NLP-powered semantic search engines. They aim to understand the shopper’s intent when searching for long-tail keywords (e.g. women’s straight leg denim size 4) and improve product visibility. An NLP customer service-oriented example would be using semantic search to improve customer experience.

Text and speech processing

Semantic search is a search method that understands the context of a search query and suggests appropriate responses. Have you ever wondered how Siri or Google Maps acquired the ability to understand, interpret, and respond to your questions simply by hearing your voice? The technology behind this, known as natural language processing (NLP), is responsible for the features that allow technology to come close to human interaction. In one case, Akkio was used to classify the sentiment of tweets about a brand’s products, driving real-time customer feedback and allowing companies to adjust their marketing strategies accordingly.

Text analytics, and specifically NLP, can be used to aid processes from investigating crime to providing intelligence for policy analysis. By suggesting relevant options in real-time, users experience faster and more efficient typing, reducing errors and saving time. Autocorrect further leverages NLP to automatically correct misspelled words, making written communication smoother and error-free. With continuous learning capabilities, predictive text and autocorrect systems adapt to individual writing styles, constantly improving accuracy and providing a seamless and user-friendly typing experience. This technology utilizes sophisticated algorithms, such as neural machine translation models, to analyze the syntactic and semantic structures of the source language and generate equivalent content in the target language.

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Laurie is a freelance writer, editor, and content consultant and adjunct professor at Fisher College. Her work includes the development and execution of content strategies for B2B and B2C companies, including marketing natural language processing examples and audience research, content calendar creation, hiring and managing writers and editors, and SEO optimization. This tool allows the translation of both standard text and text snippets (tags, search queries, etc.).

In natural language processing applications this means that the system must understand how each word fits into a sentence, paragraph or document. Features like autocorrect, autocomplete, and predictive text are so embedded in social media platforms and applications that we often forget they exist. Autocomplete and predictive text predict what you might say based on what you’ve typed, finish your words, and even suggest more relevant ones, similar to search engine results. Large foundation models like GPT-3 exhibit abilities to generalize to a large number of tasks without any task-specific training. The recent progress in this tech is a significant step toward human-level generalization and general artificial intelligence that are the ultimate goals of many AI researchers, including those at OpenAI and Google’s DeepMind.

Text Summarization Approaches for NLP – Practical Guide with Generative Examples

She researches on issues related to public-private partnerships and innovation at the federal, state, and local government level. Our Cognitive Advantage offerings are designed to help
organizations transform through the use of automation, insights, and engagement
capabilities. We’re helping clients seize the insight-driven advantage with
cognitive capabilities every day, around the world. Our cognitive offerings are https://www.globalcloudteam.com/ tailored for issues that are unique to
individual industries and can be integrated with other Deloitte solutions. Plus, we help our clients tap into an ecosystem of vendors and other
collaborators in the industry, giving them access to leading technology,
solutions, and talent that would be difficult to find otherwise. NLP capabilities have the potential to be used across a wide spectrum of government domains.

  • As Christina Valente, a Senior Director of Product Operations explains, “before Akkio ML, projects took months-long engineering effort, costing hundreds of thousands of dollars.
  • In my own work, I’ve been looking at how GPT-3-based tools can assist researchers in the research process.
  • This application also helps chatbots and virtual assistants communicate and improve.
  • This application is increasingly important as the amount of unstructured data produced continues to grow.
  • You can use Counter to get the frequency of each token as shown below.
  • Autocomplete and predictive text predict what you might say based on what you’ve typed, finish your words, and even suggest more relevant ones, similar to search engine results.
  • More complex sub-fields of NLP, like natural language generation (NLG) use techniques such as transformers, a sequence-to-sequence deep learning architecture, to process language.

Akkio’s no-code AI platform lets you build and deploy a model into a chatbot easily. For instance, Akkio has been used to create a chatbot that automatically predicts credit eligibility for users of a fintech service. The bottom line is that you need to encourage broad adoption of language-based AI tools throughout your business. It is difficult to anticipate just how these tools might be used at different levels of your organization, but the best way to get an understanding of this tech may be for you and other leaders in your firm to adopt it yourselves. Don’t bet the boat on it because some of the tech may not work out, but if your team gains a better understanding of what is possible, then you will be ahead of the competition. Remember that while current AI might not be poised to replace managers, managers who understand AI are poised to replace managers who don’t.

Natural language processing examples every business should know

Yet, of all the tasks Elicit offers, I find the literature review the most useful. Because Elicit is an AI research assistant, this is sort of its bread-and-butter, and when I need to start digging into a new research topic, it has become my go-to resource. We resolve this issue by using Inverse Document Frequency, which is high if the word is rare and low if the word is common across the corpus. He is a data science aficionado, who loves diving into data and generating insights from it.

natural language processing application examples

In my own work, I’ve been looking at how GPT-3-based tools can assist researchers in the research process. I am currently working with Ought, a San Francisco company developing an open-ended reasoning tool (called Elicit) that is intended to help researchers answer questions in minutes or hours instead of weeks or months. Elicit is designed for a growing number of specific tasks relevant to research, like summarization, data labeling, rephrasing, brainstorming, and literature reviews. It’s important for agencies to create a team at the beginning of the project and define specific responsibilities. For example, agency directors could define specific job roles and titles for software linguists, language engineers, data scientists, engineers, and UI designers. Data science expertise outside the agency can be recruited or contracted with to build a more robust capability.

A Language-Based AI Research Assistant

For instance, through optical character recognition (OCR), you can convert all the different types of files, such as images, PDFs, and PPTs, into editable and searchable data. It can help you sort all the unstructured data into an accessible, structured format. And it’s not just predictive text or auto-correcting spelling mistakes; today, NLP-powered AI writers like Scalenut can produce entire paragraphs of meaningful text.

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