Big Data Techniques

 


 Big Data Techniques

  • Association rule learning
    • - Improve the proximity of products to one another to boost sales.
    • - Extrapolate data about website visitors from web server logs
    • - Examining biological data to find new connections
    • - Keep an eye on system logs to spot unauthorised access and malicious activity
    • - Determine whether buyers of milk and butter are more inclined to purchase diapers.
  • Casual analysis
  • The causal analysis approach uses the causal relationship between the development and change of things to make predictions. Market predictions are made utilising the causal analysis method, mostly employing regression analysis techniques. Additionally, techniques like input-output analysis and computational economic models are also employed rather frequently.
  • Classification tree analysis
    • A categorization technique called clustering separates data into general categories based on the fundamental characteristics of the data. The properties of the constituents in each aggregate category are as similar as possible, and the characteristics of the other aggregate categories are as dissimilar as possible. Similar to classification analysis, it is a classification technique. Because cluster analysis' categorised class is unknown, it is sometimes referred to as unsupervised or unsupervised learning.
    • Static data analysis techniques like data clustering are widely utilised in a variety of industries like machine learning, data mining, pattern recognition, image analysis, and biological research.
      • Automated categorization of documents
      • Sort creatures into categories
      • Create student profiles for those who study online courses
  • Genetic algorithms
    • Scheduling medical personnel for hospital ERs
    • Puns and other "artificially creative" content are produced by combining the best materials and engineering techniques needed to create fuel-efficient cars.
  • Link prediction
    • A technique for anticipating the relationship that ought to exist between data is called link prediction. The two types of link prediction are prediction based on network structure and prediction based on node properties. Link prediction based on node evaluation comprises node evaluation analysis. Information such as node properties and their interactions are obtained by employing techniques like node similarity and node information knowledge sets to uncover hidden connections between nodes. Network structure data is more accessible than link prediction based on node properties. A fundamental viewpoint in the study of complex networks demonstrates that the relationships between people in the network are more significant than the traits of the individual members. As a result, link prediction based on network structure has become increasingly popular.
  • Machine learning
    • Sort email messages into spam and non-spam categories
    • The ideal material for attracting potential consumers is determined by learning about user preferences, making suggestions based on this data, calculating the likelihood that a case will succeed
    • Establishing legal billing rates.
  • Regression analysis
    • Customer loyalty is impacted by degrees of customer satisfaction
    • The weather forecast from the day before may have an impact on the quantity of support calls received
    • The neighbourhood and property size also have an impact on listing prices
  • Sentiment analysis
    • Analysing customer feedback can help a hotel chain provide better service
    • Adapt incentives and services to what customers truly need, based on feedback from social media
    • Assess what consumers really believe

  • Social network analysis
    • Finding the significance or influence of a certain person inside a group
    • Determining the minimum number of direct relationships necessary to connect two people
    • Observing the ways in which members from various communities interact with outsiders.
    • Comprehend a client base's social structure

Big Data Benefits

  • Better and quicker decision-making
  • To get fresh insights and make decisions, businesses can access a sizable volume of data and analyse it from a wide range of sources.  Start off modestly and expand as needed to handle data from both historical records and current sources.
  • Cost-saving measures and effective operations
  • Organisations can save money by using adaptable data processing and storage systems to store and analyse massive amounts of data.  Find trends and insights that will help you run your business more effectively. 
  • Better data-driven visit a market
  • An organisation can become data-driven by analysing data from sensors, devices, video, logs, transactional apps, the web, and social media.  Consider the risks and needs of the market when you develop new goods and services.
  • Industry Areas
  • Marketing 
    • Forecasting consumer behaviour and product strategy is part of marketing
    • Big data and marketing work hand in hand because companies use consumer data to predict market trends, customer behaviour, and other business behaviours. All of this aids companies in choosing which goods and services to emphasise.
  • Transportation
    • Help with traffic, weather, and GPS navigation
    • Big data analytics are widely utilised by navigation applications and databases to guide users safely to their destinations, whether they are employed by automobile drivers or pilots of aircraft. Route, trip time, and traffic insights are gathered from a variety of data sources to give a real-time view of traffic conditions and vehicle demand.
  • Government and Public Administration
    • Track tax, defence, and public health data in the government and public administration
    • Governments may turn to big data analytics in order to stay on top of citizen needs and other executive responsibilities. Big data aids in the collection and provision of insights into proposed laws, financial procedures, and local crisis data, giving authorities a notion of where to allocate resources most effectively.
  • Business
    • Reduce costs and streamline management processes
    • Businesses need to manage many moving components in order to be successful, such as sales, financing, and operations. Big data makes this management easier. Professionals can use data analytics to track real-time income statistics, consumer needs, and managerial responsibilities in order to not only run but also continuously improve their organisation.
  • Healthcare
    • Access medical records for faster treatment development in the healthcare industry
    • Healthcare providers may use big data to decide on the best course of action for medical problems. Millions of patient data records can be analysed to find patterns and insights that help healthcare professionals treat patients with the most appropriate treatments and progress in drug development.
  • Cybersecurity
    • Cybersecurity involves identifying system weaknesses and online attacks
    • Big data analytics are utilised in the background to protect clients every day as cyber dangers and data security issues continue. Big data can assist in identifying anomalous user behaviour or internet traffic by simultaneously examining multiple web trends and can be used to prevent cyberattacks from ever occurring.



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