Abstract :- A Cocktail Approach for Travel Package Recommendation :- :- Java
Project :- :-
Recent
years have witnessed an increased interest in recommended systems. Despite
significant progress in this field, there still remain numerous avenues to
explore. Indeed, this paper provides a study of exploiting online travel
information for personalized travel package recommendation. A critical
challenge along this line is to address the unique characteristics of travel
data, which distinguish travel packages from traditional items for
recommendation. To that end, in this paper, we first analyze the characteristics
of the existing travel packages and develop a tourist-area-season topic (TAST)
model. This TAST model can represent travel packages and tourists by different
topic distributions, where the topic extraction is conditioned on both the
tourists and the intrinsic features (i.e., locations, travel seasons) of the
landscapes. Then, based on this topic model representation, we propose a
cocktail approach to generate the lists for personalized travel package
recommendation. Furthermore, we extend the TAST model to the
tourist-relation-area-season topic (TRAST) model for capturing the latent
relationships among the tourists in each travel group. Finally, we evaluate the
TAST model, the TRAST model, and the cocktail recommendation approach on the
real-world travel package data. Experimental results show that the TAST model
can effectively capture the unique characteristics of the travel data and the
cocktail approach is, thus, much more effective than traditional recommendation
techniques for travel package recommendation. Also, by considering tourist
relationships, the TRAST model can be used as an effective assessment for
travel group formation.
Existing System
There
are many technical and domain challenges inherent in designing and implementing
an effective recommender system for personalized travel package recommendation.
1.
Travel data are much fewer and sparser than traditional items, such as movies
for recommendation, because the costs for a travel are much more expensive than
for watching a movie.
2.
Every travel package consists of many landscapes (places of interest and
attractions), and, thus, has intrinsic complex spatio-temporal relationships.
For example, a travel package only includes the landscapes which are
geographically colocated together. Also, different travel packages are usually
developed for different travel seasons. Therefore, the landscapes in a travel
package usually have spatial temporal autocorrelations.
3.
Traditional recommender systems usually rely on user explicit ratings. However,
for travel data, the user ratings are usually not conveniently available.
System Architecture
Disadvantages Of Existing System
·
Recommendation has a long period of
stable value.
·
To replace the old ones based on the
interests of the tourists.
·
A values of travel packages can easily
depreciate over time and a package usually only lasts for a certain period of
time
Proposed System
In
this paper, we aim to make personalized travel package recommendations for the
tourists. Thus, the users are the tourists and the items are the existing
packages, and we exploit a real-world travel data set provided by a travels for
building recommender systems. we develop a tourist-area-season topic (TAST)
model, which can represent travel packages and tourists by different topic
distributions. In the TAST model, the extraction of topics is conditioned on
both the tourists and the intrinsic features (i.e., locations, travel seasons)
of the landscapes. Based on this TAST
model, a cocktail approach is developed for personalized travel package
recommendation by considering some additional factors including the seasonal
behaviors of tourists, the prices of travel packages, and the cold start
problem of new packages.
Advantages Of Proposed System
·
Represent the content of the travel
packages and the interests of the tourists.
·
TAST model can effectively capture the
unique characteristics of travel data.
·
The cocktail recommendation approach
performs much better than traditional techniques.
For More Details About
this Project Please Contact
Logic
Systems
Hyderabad
- 500038
Email
id: logicsystems24x7@gmail.com
Website
:- www.logicsystems.org.in
System Requirements
Hardware Requirements
·
System
: Pentium
IV 2.4 GHz.
·
Hard Disk :
40 GB.
·
Floppy Drive : 1.44 Mb.
·
Monitor : 15
VGA Colour.
·
Mouse :
Logitech.
·
Ram :
512 Mb.
Software Requirements
·
Operating system : Windows
XP/7.
·
Coding Language : JAVA/J2EE
·
IDE : Netbeans 7.4
·
Database : MYSQL
0 comments :
Post a Comment