Augmented Web Usage Mining and User Experience Optimization with CAWAL's Enriched Analytics Data
October 20, 2025 Β· Declared Dead Β· π International journal of human computer interactions
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Authors
Γzkan Canay, {Γ}mit KocabΔ±cak
arXiv ID
2510.17253
Category
cs.HC: Human-Computer Interaction
Cross-listed
cs.AI
Citations
0
Venue
International journal of human computer interactions
Last Checked
4 months ago
Abstract
Understanding user behavior on the web is increasingly critical for optimizing user experience (UX). This study introduces Augmented Web Usage Mining (AWUM), a methodology designed to enhance web usage mining and improve UX by enriching the interaction data provided by CAWAL (Combined Application Log and Web Analytics), a framework for advanced web analytics. Over 1.2 million session records collected in one month (~8.5GB of data) were processed and transformed into enriched datasets. AWUM analyzes session structures, page requests, service interactions, and exit methods. Results show that 87.16% of sessions involved multiple pages, contributing 98.05% of total pageviews; 40% of users accessed various services and 50% opted for secure exits. Association rule mining revealed patterns of frequently accessed services, highlighting CAWAL's precision and efficiency over conventional methods. AWUM offers a comprehensive understanding of user behavior and strong potential for large-scale UX optimization.
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