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Text Mining

by Kelly Fiorini
Text mining automatically transforms unstructured textual data into easily analyzed structured data. Learn more about its techniques and applications.

What is text mining?

Text mining is the process of turning unstructured text into structured data to facilitate its analysis. Also known as text data mining or text analytics, the process involves using analytical techniques and algorithms to uncover themes and patterns in the data. 

With the help of machine learning and natural language processing (NLP), text mining uncovers valuable insights in large volumes of text, like emails, customer feedback, and social media posts. Organizations use this information to drive their decision making.

Text analysis software allows users to import text from various sources, extract insights, and create data visualizations to share with team members. This type of software complements other tools in an organization’s data stack, such as business intelligence (BI) platforms.

Text mining techniques

Users select appropriate text mining techniques based on their objectives or target outcomes. Common techniques include:

  • Information extraction (IE) lets users automatically find and extract relevant structured data from unstructured text and store them in a database. For example, an analyst might identify the names of specific people or dates from the text. 
  • Information retrieval (IR) involves retrieving specific information from text documents based on user queries. Many search engines rely on IR, which uses algorithms to find the requested data.
  • Natural language processing (NLP) applies computational techniques to make sense of human language. Common tasks used in NLP include sentiment analysis, which involves identifying emotional tone in language, and syntax analysis, which gauges a text’s meaning based on sentence structure and grammatical rules.

Text mining applications

Many industries use text mining to draw actionable insights from text-based documents and websites. Common use cases include: 

  • Social listening: Social media monitoring tools use text mining to understand consumers’ opinions and track sentiment trends. They also help companies manage their online reputation by locating complaints that need a response.
  • Customer relationship management: Mining diverse sources of customer feedback, from chatbot input to survey responses, helps companies identify areas for growth and ways to increase delight. With this data, they can create more personalized experiences and boost customer loyalty.
  • Competitor and market analysis: With text mining, companies can extract data from financial reports and news articles to monitor market trends and competitors’ actions. Plus, they can analyze similar companies’ reviews to determine what buyers like or dislike about their products and services. Then, they can use this information to better position their offerings.

Basic process of text mining

The steps involved in text mining may vary depending on an organization’s goals and existing software. In general, the process typically has four steps: 

  • Gather data: The analyst gathers a large volume of data from both internal and external sources. Internal text-based data sources include product feedback surveys or customer support emails, and external sources include social media posts, news articles, and forum discussions.
  • Prepare and process data: Once the analyst imports the data, the text analysis software runs automated processes that clean it up and convert it into structured data. The analyst removes redundancies and applies tokenization, which splits the text into words or phrases. At this stage, they also remove punctuation and meaningless “stop words,” such as and, the, and under
  • Conduct text analysis: The analyst then applies various techniques and methods to uncover patterns, themes, or sentiments in the structured text data. This step involves using algorithms or models to make sense of the data. 
  • Interpret and share the results: The analyst reviews the results and determines the next steps. For example, they may share sentiment insights from a social media analysis with the marketing team or social media manager.

Benefits of text mining

Organizations use text mining for richer qualitative data or non-numeric, descriptive insights. Text mining helps companies:

  • Make more informed decisions: With text mining, organizations can identify patterns and trends in the text to drive their decision-making process. For example, by mining review sites and social media, they might see that customers have become increasingly frustrated with a popular product. Then, they could make updates to the product to improve customer satisfaction.
  • Save time and effort: Businesses have large volumes of textual information to analyze, and the amount of textual data grows with every email and customer support log. Text analysis software reduces the number of employees and hours needed to glean meaningful insights. 
  • Expand knowledge of customers: Successful businesses rely on a deep understanding of customers to inform all aspects of their work, from marketing campaigns to product design to customer experience. Using text mining, they better understand customer opinions and preferences to make steps toward continuous improvement. 

Deep dive into text mining to learn more about the process, its benefits, and popular software solutions.

Kelly Fiorini
KF

Kelly Fiorini

Kelly Fiorini is a freelance writer for G2. After ten years as a teacher, Kelly now creates content for mostly B2B SaaS clients. In her free time, she’s usually reading, spilling coffee, walking her dogs, and trying to keep her plants alive. Kelly received her Bachelor of Arts in English from the University of Notre Dame and her Master of Arts in Teaching from the University of Louisville.

Text Mining Software

This list shows the top software that mention text mining most on G2.

RapidMiner is a powerful, easy to use and intuitive graphical user interface for the design of analytic processes. Let the Wisdom of Crowds and recommendations from the RapidMiner community guide your way. And you can easily reuse your R and Python code.

SAS Visual Text Analytics is a comprehensive solution designed to extract valuable insights from unstructured text data by leveraging natural language processing (NLP), machine learning, and linguistic rules. This powerful tool enables organizations to efficiently process large volumes of textual information, uncover hidden patterns, and make data-driven decisions. Key Features and Functionality: - Text Mining and Contextual Extraction: Automatically identify and extract key terms, phrases, and concepts from text data, facilitating a deeper understanding of the content. - Categorization and Sentiment Analysis: Classify documents into predefined categories and assess sentiment to gauge public opinion or customer feedback. - Topic Detection: Uncover emerging trends and hidden opportunities by detecting main ideas or topics within large text datasets. - Multilingual Support: Analyze text in 33 languages, including English, Spanish, Chinese, and Arabic, with built-in lexicons and stop lists for each language. - Open Integration: Seamlessly integrate with existing systems and open-source technologies, supporting various programming languages such as SAS, Python, R, Java, Scala, and Lua. - Automation and Collaboration: Utilize intelligent algorithms to automate the detection of relationships, topics, and sentiment, reducing manual analysis efforts. Foster collaboration by creating, managing, and sharing content in a highly collaborative workspace. Primary Value and User Solutions: SAS Visual Text Analytics empowers organizations to transform unstructured text data into actionable insights, addressing challenges such as managing and interpreting notes, assessing risk and fraud, and leveraging customer feedback for early problem detection. By automating the analysis process and providing a flexible, open environment, it enhances decision-making, improves operational efficiency, and uncovers opportunities hidden within vast amounts of textual information.

IBM SPSS Modeler is an extensive predictive analytics platform that is designed to bring predictive intelligence to decisions made by individuals, groups, systems and the enterprise.

NLTK is a platform for building Python programs to work with human language data that provides interfaces to corpora and lexical resources such as WordNet, along with a suite of text processing libraries for classification, tokenization, stemming, tagging, parsing, and semantic reasoning, wrappers for industrial-strength NLP libraries, and an active discussion forum.

Orange is an open-source software suite designed for data visualization, machine learning, and data mining. Developed by the Bioinformatics Laboratory at the University of Ljubljana, it offers a user-friendly, component-based visual programming interface that enables users to construct complex data analysis workflows without the need for coding. This makes Orange accessible to both beginners and experienced data scientists, facilitating efficient and interactive data exploration. Key Features and Functionality: - Visual Programming Interface: Users can create analytical workflows by placing and connecting widgets on a canvas, streamlining the data analysis process. - Extensive Widget Library: Orange provides over 100 widgets for tasks such as data input, preprocessing, visualization, modeling, and evaluation, allowing for comprehensive data analysis. - Interactive Data Visualization: The software supports various visualization techniques, including scatter plots, heatmaps, dendrograms, and box plots, enabling dynamic and real-time data exploration. - Machine Learning Capabilities: Orange includes tools for classification, regression, clustering, and other machine learning techniques, supporting both supervised and unsupervised learning. - Extensibility through Add-ons: Specialized add-ons are available for tasks like text mining, bioinformatics, image analytics, and time series analysis, enhancing the software's functionality. - Python Integration: Advanced users can extend Orange's capabilities or write custom scripts within the platform, combining visual programming with the flexibility of Python scripting. Primary Value and User Solutions: Orange democratizes data analysis by providing an intuitive, code-free environment for constructing and visualizing data workflows. Its modular design allows users to focus on data exploration and interpretation rather than programming, making it particularly valuable for educators, researchers, and professionals seeking to perform complex analyses efficiently. By lowering the barrier to entry in data science, Orange empowers users to make data-driven decisions and gain insights without extensive technical expertise.

The TIMi Suite: a complete and integrated suite of datamining tools that are covering all your analytical needs for your enterprise!

SAS Visual Analytics is our flagship offering for self-service data preparation, visual discovery, interactive reporting, and dashboards--as well as easy-to-use analytics--with governance. SAS Visual Analytics allows non-technical users to create, share and execute BI and Analytics workflows for interactive reporting and free-form exploration. The primary functional components supported by SAS Visual Analytics are: Self-service Data Preparation, Data Exploration and Analytics including Augmented Analytics, Interactive Reporting, Location Analytics, Conversational AI through chatbots on SAS Conversation Designer, Automated Explanation using Natural Language, and Outlier Detection and Data Explain for report consumers. SAS Visual Analytics supports sharing and collaboration of insights to decision makers as they make collective decisions as part of their tasks or process or jobs. The goal is for everybody to take decisive action and stay agile as market conditions change and business needs demand a quick response.

IBM SPSS Statistics is an integrated family of products that addresses the entire analytical process, from planning to data collection to analysis, reporting and deployment.

OpenText Capture Center (formerly DOKuStar Capture Suite) uses the most advanced document and character recognition capabilities available to turn documents into machine-readable information. Capture Center captures the data, stored in scanned images and faxes and interprets it using OCR, ICR, IDR, adaptive reading and other technologies. Capture Center reduces manual keying and paper handling, accelerates business processing, improves data quality, and saves you money.

Webropol is a comprehensive survey and reporting platform designed to empower organizations in collecting, analyzing, and sharing data efficiently. With advanced AI capabilities, it transforms raw data into actionable insights, facilitating informed decision-making. The platform's user-friendly interface supports the creation of customizable surveys in 56 languages, ensuring accessibility and inclusivity. Webropol's commitment to security is evident through its GDPR compliance and ISO27001-certified EU-based servers, providing a secure environment for data management. Key Features and Functionality: - Advanced AI Capabilities: Utilizes artificial intelligence to streamline data collection, analysis, and reporting processes, delivering clear and actionable insights. - Secure and GDPR-Compliant: Ensures the highest security standards with servers located in the EU, meeting all GDPR requirements for customer and personnel data. - Accessibility: Meets WCAG 2.1, AA level accessibility standards, allowing surveys to be conducted in 56 different languages, ensuring inclusivity for all respondents. - User-Friendly Interface: Offers an intuitive platform for creating customizable surveys with multiple question types, facilitating ease of use for all users. - Local Expert Support: Provides dedicated teams of research and customer care experts, offering guidance, training, and best practices to ensure user success. - Cost-Effective Solutions: Delivers affordable excellence, offering cost-effective solutions suitable for businesses of all sizes without compromising on quality and features. Primary Value and Solutions Provided: Webropol addresses the critical need for organizations to gather and interpret data effectively. By offering a versatile platform that combines advanced AI, robust security measures, and extensive accessibility options, it enables businesses to enhance customer experience, drive employee engagement, and conduct meaningful research at scale. The platform's integrated reporting and analytics capabilities allow for real-time data analysis, empowering organizations to make informed decisions promptly. Additionally, Webropol's multilingual support and compliance with regional data protection requirements make it particularly valuable for organizations operating across European markets.

SAS Visual Data Mining and Machine Learning supports the end-to-end data mining and machine-learning process with a comprehensive, visual (and programming) interface that handles all tasks in the analytical life cycle. It suits a variety of users and there is no application switching. From data management to model development and deployment, everyone works in the same, integrated environment.

With Qualtrics, hear and understand every customer, at every meaningful moment, and take actions that deliver breakthrough experiences. Easily uncover areas of opportunity, automate actions, and drive critical organizational outcomes with an extremely powerful, agile Experience Management Platform.

Amazon Comprehend is a natural language processing (NLP) service that uses machine learning to find insights and relationships in text. Amazon Comprehend identifies the language of the text; extracts key phrases, places, people, brands, or events; understands how positive or negative the text is; and automatically organizes a collection of text files by topic.

Webz.io is a data crawling API service.

IBM's Watson Discovery Service is a suite of APIs that aims to make it easier for companies to ingest and analyze their data.

Alteryx drives transformational business outcomes through unified analytics, data science, and process automation.

Pattern Recognition and Machine Learning is a Matlab implementation of the algorithms.