Robotic Process Automation (RPA)
Data Analytics &
Machine learning
Our solutions are designed to transform customer’s digitally to increase productivity, reduce cost, increase revenue, improve customers and employees experience and / or entice innovation, creativity and internal positive contribution.
Organizations are struggling to deliver the right offer to the right customer via the right channel at the right time. Analytics improves relevancy, enables personalization, which can drive engagement and eventually creating loyalty. Harness the power of analytics by applying AI and ML to develop a comprehensive customer profile and drive more meaningful interactions.
What is Machine learning?
The name machine learning was introduced by Arthur Samuel in 1959 Machine learning is an important component of artificial intelligence. it is the process of collecting, analyzing, and prediction data for industrial applications.
Machine learning learns automatically from the data and behaves accordingly without explicitly programmed. Data analytical is required to evaluate and estimate the benefits of organizational goals. It is used to formulate equations, models and functions within systems. Data analytics required statistics, artificial intelligence, data mining, deep learning, prediction mechanism, and so on to evaluate the evaluation of data within an organization. The statistical analysis leads to work on the behavioral function of industries along with analysis of collecting data, presentation, processing, and visualization for different purposes including uses, re-uses, filtering, binning, etc. Machine learning (ML), deep learning (DL) provides jointly tools for evaluation of data reusability and it is also suitable for prediction and estimation of advanced analytics.
How it works?
The program uses data generated through different sources for training. It is a process of the scientific study of algorithm which is suit-able for the development and designing of a computer program which is sufficient accessing data. Machine Learning Algorithm (MLA) are applicable to different areas of research and industries. Advanced machine learning uses supervised learning, semi-supervised learning, and unsupervised learning, It also uses in finding predictions; identify results analytics, decision making, and modeling design form for any big data analytics based application.
Machine Learning
application cycle
Ask The Question
Collect The Data
Train The Algorithm
Try It Out
Collect The Feedback
USE The Feedback To Improve The Preformance
Machine learning is suitable for big data-based applications such as the healthcare sector where predicting health, risk analysis of patient health, diagnosis, alarm, and alerts for individual and patients and fraud detection can be carried out with the support of machine learning technologies. Apart from these applications, it is helpful in marketing and sales, cybersecurity, stock exchange, asset management, and so on. It gives output in forms of regression and classification methods.
What are the types of
Machine learning?
Supervised Learning
Regression sales forecasting Classification grouping potential customers
Unsupervised Learning
Clustering splitting customers by preferences Dimensionality Reduction storing less data
Reinforcement Learning
Reasoning robotics
Deep Learning
Neural Networks
We listen carefully,
Let us talk TODAY to find out how can FutureX contribute to your digital transformation and create positive impact in shortest time possible. Please feel free to email us, call or fill the contact form here.
