WeBeVis: Analyzing user web behavior through visual metaphors
journal contribution
posted on 2023-05-17, 23:30authored byHuang, W, Khoury, R, Dawborn, T, Huang, B, Huang, M, Huang, X
The rapid growth of Internet usage has dramatically changed the way we interact with the outside world. Many people read news, communicate with friends and purchase goods online. These activities are usually done via web browsing, and web browsers record information about these activities. The recorded data can be used to understand web browsing behavior of users and improve their browsing experience. For example, website usability and the personalization of online services could both benefit from knowledge of user browsing behavior. A number of methods including data mining, text processing and visualization have been used to uncover user browsing patterns. However, these methods are mainly used to analyze and gain insights into collective behavior patterns of either a large amount of separate web users or users within an online community over a prolonged period of time. Very few systems are available for analyzing the detailed behavior of a single user within a relatively short and specific period of time. In an attempt to shorten this gap, we have developed a visual analytic system called WeBeVis. This system offers three different ways of visualizing web browsing data based on our proposed visual metaphors. It also provides a common interface for users to interact with the visualizations. In this paper, we describe this system and present a user study of it. We show that by visualizing the web browsing history of a user, we are able to uncover interesting patterns in the way that individuals use the web.
History
Publication title
Science China Information Sciences
Volume
56
Pagination
1-15
ISSN
1869-1919
Department/School
School of Information and Communication Technology
Publisher
Science in China Press
Place of publication
China
Rights statement
Copyright Science China Information Services
Repository Status
Restricted
Socio-economic Objectives
Expanding knowledge in the information and computing sciences