Publication: Special Event Item Prediction System for Retails – Using Neural Network Approach.
Type:
Article
Date
2022-02-11
Authors
Journal Title
Journal ISSN
Volume Title
Publisher
SLIIT
Abstract
Selling and buying is the general process marketing field follows. Nowadays marketing field
bonded with the modern technology, and it highly effected to field expandability. Marketing become
fruitful when it achieves its key points which are called sales and profit. Mostly people are move to the
retails because all the essentials and other things can buy from one place. There are many technological
concepts involve with marketing field as an enhancement. Prediction processes, data analysis, item
designing and profit calculation are some representatives for those concepts. This study is a prediction
process, developed for retails using machine learning approaches. Item sales data analyzed and
generated prediction results on set of items which are given maximum or expected profit margins and
which items satisfy the customer most. Item suppliers are key stakeholder type a retail can have, there
is a recommender system in this approach for suppliers and the recommendation is based on past sales
data. There are certain types of machine learning approaches used in sales item prediction, sales item
feature prediction, sales price prediction and etc. Novelty of this research is, it focused only special event
items such as items in Christmas season, items specialized for Mother’s Day, Valentine Day, Sinhala,
and Tamil new year and etc. This research process had completely followed the machine learning neural
network concept. Recurrent Neural Network is subpart of neural networks and this research study
followed up through this RNN method. Neural network had applied using a form of machine learning
called deep learning. This model had worked on sequential data therefor LSTM (Long Short-Term
Memory) layers were used and to avoid overfitting issue several dropout layers were used. The results
prove neural network method has highest accuracy.
Description
Keywords
Sales prediction, Special Event Items, Machine Learning, Neural Network, Deep Learning, Retail
