Title :
Personalized and relational approach for travel package recommendation
Author :
Komal Popat;Tejaswini Thorat;Manisha Vidhate;Neha Rane;Namrata D Ghuse
Author_Institution :
Dept. of Computer Science, SITRC, Nasik, India
Abstract :
As the world of divertissement, expedition, and cyberspace telecommunications become associated different varieties of livelihood document become accesible for innovative use and ceremonial analysis. Expert plan to put together personalized and relational travel package recommendation system for the travelers. Thus, the existing packages are the items and the tourists are the users, and expert uses a actual-world tour data set provided by a travels for making advanced systems. To make actual-world application more sophisticated first expert expand a tourist-area-season-topic (TAST) model,which can useful to discover the interest of the tourist and excerpt the materialistic correlations among landscapes and shows exclusive quality of travel knowledge. Then on the basis of TAST model, cocktail approach is refined for personalized travel package recommendation, which can mingle many desirable necessity that exist in actual-world scenarios, by considering some ordinal components such as periodic behavior of tourist, demand of tour packages, cold start complication of new packages etc. After that, expert extends the TAST model to tourist-relation-area-season-topic (TRAST) model for gaining control relationship among travelers in each travel group. The result shows that TAST model can capture the quality of travel data and personalized approach is much more powerful than the traditional method and TRAST model has ability to capture the relationship among tourist hence, it can be used as an powerful estimation for tour gang arrangementAt the end expert implement the proof of ownership algorithm to provide security to the documents of the tourist by using Digital Self Attested concept.
Keywords :
"Mathematical model","Computational modeling","Collaboration","Recommender systems","Geology","Public transportation"
Conference_Titel :
Green Computing and Internet of Things (ICGCIoT), 2015 International Conference on
DOI :
10.1109/ICGCIoT.2015.7380596