PERANCANGAN SISTEM PENDUKUNG KEPUTUSAN REKOMENDASI PRODUK BUNDLING DAN CROSS- SELLING PADA PROGRAM âTEBUS MURAHâ UNTUK QUICK-COMMERCE PT.X
PT. X is a quick commerce company implementing a hyperlocal strategy focused on providing concentrated services within specific geographical boundaries. PT. X currently has twenty-five dark store locations to serve their customers. PT. X's customer satisfaction strategy includes offering dis...
Saved in:
Main Author: | |
---|---|
Format: | Final Project |
Language: | Indonesia |
Online Access: | https://digilib.itb.ac.id/gdl/view/77681 |
Tags: |
Add Tag
No Tags, Be the first to tag this record!
|
Institution: | Institut Teknologi Bandung |
Language: | Indonesia |
Summary: | PT. X is a quick commerce company implementing a hyperlocal strategy focused on
providing concentrated services within specific geographical boundaries. PT. X currently
has twenty-five dark store locations to serve their customers. PT. X's customer satisfaction
strategy includes offering discounts on bundled products, both for single-type products
(wholesale) and product pair bundling. Additionally, PT. X currently has a cross-selling
program named "Tebus Murah" that appears on the customer's checkout menu. However,
the decision-making process for product bundling and cross-selling lack a solid foundation.
Nevertheless, PT. X plans to select products for the "Tebus Murah" program based on their
popularity.
The design of the Decision Support System (DSS) in this study will be based on the market
basket analysis (MBA) model with multi-dimensional association rule mining using the
Apriori algorithm, considering the time range as input. The DSS designed in this study will
accommodate location and time range inputs to be analyzed. The designed MBA model can
accommodate the determination of products for single-product bundling, cross-product
bundling, and products for the "Tebus Murah" program. Recommendations for single-
product bundling are generated based on the mode value search and its occurences.
Recommendations for cross-product bundling are produced based on association rule
generation with a minimum support value of 0.001 and a minimum lift of 1.
Recommendations for the "Tebus Murah" program are generated based on frequent itemsets
generation, then the occurrence is identified.
The DSS is designed with three main menus: data input menu, product bundling
recommendations menu, and product recommendations for the "Tebus Murah" program
menu. The data input menu accommodates data filtering based on service location and time
range. The product bundling recommendations menu contains bundling recommendations
for single-product and cross-product. The product recommendations menu for the "Tebus
Murah" program contains popular products sorted by their occurences.
|
---|