The current era is fully evolved with computational technologies with the latest and significant trends in Business Analytics in making an efficient business decision. Also, the advent of the internet changes our day-to-day life as we utilize computational technologies and intelligence for not only our business but also to make life more convenient.
It is possible to make life easy going through computer solutions and the internet, this blog throws lights on how computer solutions in the terms of Recommendation System improve daily life activities that are directly related to business productivity and hence left us unanswerable.
Business analytics plays a crucial role in finding computer solutions, it is a complete procedure of data collection, analysis, and organizing a smart system in order to make critical business decisions. (As we are discussing data analysis procedure, look at the blog to knowing steps necessary for qualitative data analytics)
Data has reached everywhere in worlds through the internet and easily accessible. An online-based business environment follows the same procedure, i.e business analytics with the help of the recommendation system, you will learn how the recommendation system has a crucial role for individuals and online businesses.
The recommendation system is widely used in online businesses such as online retails, advertisements, mobile applications, and social networking sites like Instagram, or for LinkedIn Analytics. These sites generate a huge amount of real-time structured and unstructured data every second.
“The invisible pieces of code that form the gears and cogs of the modern machine age, algorithms have given the world everything from social media feeds to search engines and satellite navigation to music recommendation systems”.-Hannah Fry
For this kind of heterogeneous data, a strong computational and analytical data mining solution is required which in turn helps to build strong judgments, here a recommendation system is one of the strong computation solutions for big data that can arrive at conclusions which in turn benefits with better business decisions.
Have you ever shopped with Amazon, Netflix or any other e-commerce sites such as JIOMart? you must have experienced a recommendation system there, this analyzes the past purchasing behavior and makes recommendations in real-time while you’re shopping.
Let’s understand the working of the recommendation system and the role of analytics in it.
With the deployment of the recommendation system in different business applications, it is highly likely that individuals purchase an item which is suggested by recommendations in wide areas of the market where there is a variety of choices for users like in fields of food, gaming, music, movies, etc.
A recommendation system deals with the user profile and related data for suggesting items of user interest. With the digital era, the e-commerce sites recommend items based on ratings or reviews given by users to an item.
The recommendation system can be noticed in the place when several users associate with many users or many users associate with many items/products.
The recommendation system is the process in which data is collected from different sources, stored datasets, filtered the most relevant information about items and provided to users by discovering patterns in a dataset.
“To understand the limits and opportunities of algorithms in the context of artistic creation, we need to understand that the latter usually consists of three elements: discovery, production, and recommendation.”-Evgeny Morozov
It uses the past behavior of customers and provides recommendations based on ratings/reviews.
A set of algorithms is built for the smooth functioning of recommendation systems. It studies the data to predict the interests of different users in available items and according to that recommends items to users.
The recommender uses sets of attributes to recommend different items to different numbers of users. The basic function of the recommendation system is to look and provide products in which a user is interested the most.
For example, when a user visits e-commerce sites such as Amazon, Flipkart, Netflix, JioMart, Apple music store, etc some products recommended to the user. The recommendation is based on user purchases or the product of his interest in the past.
The system or application operating this action is called a recommendation system. This, in turn, saves the time of the user and provides the best product of their choice or preference which could lead to an increment in the business growth.
Suppose a retailer does not have a previous history of customer choice and interest then the retailer recommends him the item most in demand or the product by which the retailer gets maximum profit.
On the other hand, in order to maintain the interest of visitors for their frequent visits to the store, the e-store would possibly recommend items of his interest and needs. So, the recommendation system algorithms are designed for the achievement of smart business.
Content-based recommendation system
Content-based filtering is an approach that uses the descriptions of what users viewed or bought in the past, an item recommended based on the similarities of previously used items.
Collaborative filtering recommendation system
Collaborative filtering is another approach that uses user history and activities for recommendations. It identifies the different relationships between users and products and predicts different items for users.
Best recommendations are required for groups or individuals, and hence analytics is needed to solve severe computational processing speedily.
The recommendation system has a wide range of applications that can be observed in;
Retail stores, videos on demand and music screening.
It is widely used in movies and film industry , news, stocks, social group tags,
Knowledge-based apps like Byju, social media platforms, research articles, trading support systems, etc.
For example, social connections recommendation by facebook, LinkedIn or Instagram,
Recommendations of dates by dating applications, in financial services, and insurance products recommendations,
Healthcare and retail product recommendations, and game recommendations in Xbox.
This problem arises when new users or new items are added to the system, a new item can’t recommend to users initially when it is introduced to the recommendation system without any rating or reviews and hence it is hard to predict the choice or interest of users which leads to less accurate recommendations.
For example, a newly released movie cannot be recommended to the user until it gets some ratings.
A new user or item added based problem is difficult to handle as it is impossible to obtain a similar user without knowing previous interest or preferences.
It happens many times when most of the users do not give ratings or reviews to the items they purchased and hence the rating model becomes very sparse which could lead to data sparsity problems, it decreases the possibilities of finding a set of users with similar ratings or interest.
Synonymy arises when a single item is represented with two or more different names or listings of items having similar meanings, in such condition, the recommendation system can’t recognize whether the terms shows various items or the same item.
For example, recommendation systems predict ‘action movie’ or action film’ the same.
Generally, an individual needs to feed his personal information (have an experience with hyper-personalization) to the recommendation system for more beneficial services but it causes the issues of data privacy and security, many users feel hesitation to feed their personal data into recommendation systems that suffer from data privacy issues.
The recommendation system is bound to have the personal information of users and use it to the fullest in order to provide personalized recommendation services. To deal with this issue, the recommendation systems must ensure trust among their users.
One biggest issue is the scalability of algorithms having real-world datasets under the recommendation system, a huge changing data is generated by user-item interactions in the form of ratings and reviews and consequently, scalability is a big concern for these datasets.
Recommendation systems interpret results on large datasets inefficiently, some advanced large-scaled methods are required for this issue. (You can implement these analysis technique for data analysis)
We observe many products are added more frequently to the database of recommendation systems, only already existing products are recommended to users as newly added products are not rated yet.
So an issue of Latency arises. The collaborative filtering method and category-based approach in combination with user-item interaction can be used to deal with this issue.
For sure, the recommendation system is unturned to exist in the e-commerce businesses with the help of collaborative or content-based filtering to predict different items and yes, users are most satisfied with the products recommended to them.
The recommending system provides new ways of finding or extracting personalized information on the internet. It enables users to have access to the products and services easily within limited periods of time.
There are the most advanced methods in order to design the high-quality and fine-tuned recommendations engine such as machine learning, deep learning, neural networks, etc. It is well worth saying recommendation systems improve the usage of machine learning along with big data using business analytics. For more blogs in Analytics
What is the OpenAI GPT-3?READ MORE
Introduction to Time Series Analysis: Time-Series Forecasting Machine learning Methods & ModelsREAD MORE
How is Artificial Intelligence (AI) Making TikTok Tick?READ MORE
6 Major Branches of Artificial Intelligence (AI)READ MORE
7 Types of Activation Functions in Neural NetworkREAD MORE
7 types of regression techniques you should know in Machine LearningREAD MORE
Top 10 Big Data Technologies in 2020READ MORE
Reliance Jio and JioMart: Marketing Strategy, SWOT Analysis, and Working EcosystemREAD MORE
Introduction to Logistic Regression - Sigmoid Function, Code ExplanationREAD MORE
What is K-means Clustering in Machine Learning?READ MORE