IEEE Transactions on Services Computing · 2016 · 114 citations · 23 references
ComputingComputer EngineeringComputer ScienceCyber-physical SystemsData MiningRecommender SystemsCollaborative FilteringCollaborative SystemsContext-aware RecommendationGroup RecommendationRecommendation SystemsSocial ComputingCollaborative PersonalizationContext-aware Group RecommendationGroup Preference ElicitationGroup Preference ModelingGroup ProfilingPersonalized Group RecommendationUser Preference Modeling
Recent integration of cyber, physical, and social spaces has led to Cyber‑Physical‑Social Systems becoming the new paradigm, positioning intelligent recommender systems as key for personalized computing. The study proposes a group‑centric recommender system for CPSSs. It employs activity‑oriented group discovery, rating data revision for accuracy, and group preference modeling that mines context from multiple sources. Experiments show the system is efficient, objective, and accurate, providing a strong foundation for personalized computing in CPSSs.
In recent years, an extensive integration of cyber, physical and social spaces has been occurring. Cyber-Physical-Social Systems (CPSSs) have become the basic paradigm of evolution in the information industry, through which traditional computer science will evolve into cyber-physical-social computational science. Intelligent recommender systems, which are an important fundamental research topic in the CPSS field and one of the key techniques for the implementation of personalized and intelligent computing, have great significance in CPSS development. This paper proposes a group-centric recommender system in the CPSS domain, which consists of activity-oriented group discovery, the revision of rating data for improved accuracy, and group preference modeling that supports sufficient context mining from multiple sources. Through experiments, it is verified that the proposed recommender system is efficient, objective and accurate, thereby providing a strong foundation for personalized computing in the CPSS paradigm.
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Ivan Oseledets · SIAM Journal on Scientific Computing · 2011 · 2.6K citations