Methodology for Data Mining Customer Order History for Storage Assignment
type: CreativeWork
description: Order picking is the most costly activity among warehouse operations. Any unnecessary travel during order picking results in unnecessary travel time and increases the cost of operating a warehouse. Many scholars and researchers have worked to develop answers to the question of how to minimize travel distances during order picking. The goal of this paper is to investigate how Data Mining can be used to reduce excessive travel during order picking using a Data Mining Demand-based method. This algorithm is used to mine knowledge from historical warehouse transactions and define clusters. After defining the clusters, warehouses within warehouse are defined and SKUs are arranged according to the assigned aisles for each cluster. The methodology developed is tested and compared with traditional aisle assignment algorithms. The test results show that picker travel was reduced by about 14% when using the new Data Mining model.
abstract: Order picking is the most costly activity among warehouse operations. Any unnecessary travel during order picking results in unnecessary travel time and increases the cost of operating a warehouse. Many scholars and researchers have worked to develop answers to the question of how to minimize travel distances during order picking. The goal of this paper is to investigate how Data Mining can be used to reduce excessive travel during order picking using a Data Mining Demand-based method. This algorithm is used to mine knowledge from historical warehouse transactions and define clusters. After defining the clusters, warehouses within warehouse are defined and SKUs are arranged according to the assigned aisles for each cluster. The methodology developed is tested and compared with traditional aisle assignment algorithms. The test results show that picker travel was reduced by about 14% when using the new Data Mining model.
author: Egas, Carlos A.
language: English
keywords: Industrial Engineering, storage assignment, warehousing
date published: 2012
date modified: 2026-07-24T03:35:52Z
provider: OhioLINK
publisher: Networked Digital Library of Theses and Dissertations
type: WebPage
source organization: Ohio University