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The Role of Machine Learning in Big Data

Understanding Machine Learning and Big Data

Machine learning (ML) is a subset of artificial intelligence (AI) that helps software or apps be accurate in detecting and predicting results.

Its algorithms estimate new outcomes or output values based on historical data. It has diverse uses, including fraud detection, malware threat identification, recommendation engines, spam filtering, healthcare, and many more.

The term “big data” refers to enormous or dense data that is difficult to keep or that typical database systems cannot handle manually. Both organized and unorganized data makes this collection.

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Difference between Machine Learning and Big Data

1. To anticipate data for the future based on applied data and prior experience, machine learning is used.

a. The term “big data” refers to enormous or dense data that is challenging to keep and that typical database systems cannot handle manually.

2. Supervised learning, unsupervised learning, semi-supervised learning, and reinforcement learning are the main types under which ML can be divided.

b. The three categories of big data include structured, unstructured, and semi-structured data.

3. ML uses a variety of algorithms to examine input datasets.

c. Big Data facilitates the analysis, storage, management, and organization of enormous amounts of unstructured data.

4.Through the use of various algorithms, computers or systems that use machine learning can learn from training data to forecast future outcomes.

d.Big data primarily focuses on collecting raw data and digging for trends that support smart decisions.

5. As ML only uses low-dimensional data, identifying features is relatively simpler.

e. Big data uses high-dimensional data, which makes it difficult to recognise the features.

6. Better customer service, product suggestions, virtual personal assistance, email spam filtering, automation, speech/text recognition, and other services can all benefit from machine learning.

f. Big Data is useful in a variety of fields, including stock market research, healthcare, agriculture, gaming, and environmental protection.

Uses of Machine Learning in Big Data

  • The Cloud Networks

A research company wishes to analyze a lot of medical data, but doing so on-site would be prohibitively expensive because it would require servers, internet storage, networking, and security equipment. Some types of machine learning models include text classification and GPU-accelerated image recognition. These algorithms can be disseminated and supported by a content delivery network (CDN) because they don’t learn after they are implemented.

  • Scraping the web

Consider how an electronic appliance maker would study market trends and customer satisfaction trends from a retailer’s quarterly report. The firm decides to web-scrape the vast amount of existing data related to online customer feedback and product reviews to learn what the reports might have missed. The manufacturer learns how to enhance and more effectively explain its items, which leads to higher sales, by gathering this data and feeding it to a deep-learning model. Despite the massive amount of data that web scraping produces, it is important to remember that selecting the sources for the data is the most crucial step in the procedure.

  • Exercising with Actual Data

Imagine you want to develop a machine-learning algorithm but don’t have the huge amount of data needed to train it. Maybe you read that derived computed data could be used in place of genuine data that you produced. But take care: An ideal algorithm needs a certain kind of data to learn from because it should address a particular problem. Using derived data nearly always results in the trained algorithm not performing to its full potential because it rarely closely resembles the real data the algorithm requires to solve the problem. The most secure approach is to experiment with actual data.

  • Being Clear About Your Goals

Don’t let the buzz about the combination of machine learning and big data lead you to have a false view of the issue you’re trying to address. You risk giving your algorithm the wrong data or using the right data incorrectly if you have identified a difficult problem but are unsure of how to use your data to solve it. Instead, spend the time needed to gather your data before digging into an algorithm to improve the power of big data. So that you may utilize (and train) an algorithm relevant to your problem when the time comes, you can become knowledgeable about your data.

  • Adaptive Tools

Due to these technologies, we have improved our ability to solve problems and offer the possibility of scaling entire businesses, as well as other tools (in the areas of finance, marketing, etc.).


Here, it is clear that the data has a significant role. Despite the numerous differences between the two, big data and machine learning can be used in collaboration to train machine learning models using high-quality data from vast amounts of both structured and unstructured data. Also, they have several applications of big data and machine learning that bring about remarkable outcomes.