资源论文Personalized Tour Recommendation Based on User Interests and Points of Interest Visit Durations

Personalized Tour Recommendation Based on User Interests and Points of Interest Visit Durations

2019-11-19 | |  50 |   50 |   0
Abstract Tour recommendation and itinerary planning are challenging tasks for tourists, due to their need to select Points of Interest (POI) to visit in unfamiliar cities, and to select POIs that align with their interest preferences and trip constraints. We propose an algorithm called P ERS T OUR for recommending personalized tours using POI popularity and user interest preferences, which are automatically derived from real-life travel sequences based on geotagged photos. Our tour recommendation problem is modelled using a formulation of the Orienteering problem, and considers user trip constraints such as time limits and the need to start and end at specific POIs. In our work, we also reflect levels of user interest based on visit durations, and demonstrate how POI visit duration can be personalized using this time-based user interest. Using a Flickr dataset of four cities, our experiments show the effectiveness of P ERS T OUR against various baselines, in terms of tour popularity, interest, recall, precision and F1 -score. In particular, our results show the merits of using time-based user interest and personalized POI visit durations, compared to the current practice of using frequency-based user interest and average visit durations.

上一篇:Sparse Probabilistic Matrix Factorization by Laplace Distribution for Collaborative Filtering

下一篇:Modeling Users’ Dynamic Preference for Personalized Recommendation

用户评价
全部评价

热门资源

  • Learning to Predi...

    Much of model-based reinforcement learning invo...

  • Stratified Strate...

    In this paper we introduce Stratified Strategy ...

  • The Variational S...

    Unlike traditional images which do not offer in...

  • A Mathematical Mo...

    Direct democracy, where each voter casts one vo...

  • Rating-Boosted La...

    The performance of a recommendation system reli...