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Towards a ubiquitous user model for profile sharing and reuse.
Maria de Lourdes Martinez-Villaseñor1, Miguel Gonzalez-Mendoza, Neil Hernandez-Gress
1Universidad Panamericana Campus México, Augusto Rodin 498, Col Insurgentes-Mixcoac, Mexico City 03920, Mexico. lmartine@up.edu.mx
This study introduces a dynamic user profile structure using Simple Knowledge Organization for the Web (SKOS) to enable interoperability between diverse user models. A two-tier matching strategy facilitates concept schema alignment for seamless data sharing in ubiquitous computing.
Area of Science:
- Computer Science
- Human-Computer Interaction
- Ubiquitous Computing
Background:
- User profile information is fragmented across various sources, hindering a comprehensive understanding of users.
- Existing user models lack interoperability due to syntactic and semantic heterogeneity.
- The ubiquitous user modeling community recognizes the need for sharing information from diverse user models.
Purpose of the Study:
- To address the heterogeneity of user models and enable user modeling interoperability.
- To propose a dynamic user profile structure for knowledge representation in ubiquitous user modeling.
- To develop a strategy for aligning concept schemas to facilitate data sharing.
Main Methods:
- Utilized Simple Knowledge Organization for the Web (SKOS) for dynamic user profile structure and knowledge representation.
- Proposed a two-tier matching strategy for concept schemas alignment.
- Demonstrated the proposal in an application scenario focused on sharing and reusing data for managing overweight and obesity.
Main Results:
- Successfully created a dynamic user profile structure based on SKOS for ubiquitous user modeling.
- Developed and validated a two-tier matching strategy for effective concept schema alignment.
- Showcased the practical application of the proposed interoperability solution in a health-related data sharing scenario.
Conclusions:
- The proposed SKOS-based dynamic user profile structure enhances knowledge representation for ubiquitous user modeling.
- The two-tier matching strategy effectively enables user modeling interoperability by aligning heterogeneous concept schemas.
- The approach facilitates the sharing and reuse of user data, with potential applications in health management and other domains.
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