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Tourism Market Segmentation using Big Data Approach: Where is the Next Non-Stop Destination?
Non-stop flights to a destination could reduce travel cost and increase visitor volumes. However, the airlines have to attract enough passengers to make those flights cost-effective. The identification of the next non-stop flying destination is one of the responsibilities of a Destination Marketing Organization (DMO). This paper develops a comprehensive model that encompasses the purchase funnel theory and the gravity model, which would help identify the potential markets for the next direct flight. Furthermore, the web traffic at the destination’s Convention and Visitors Bureau (CVB) is used as a proxy for each origin’s interest for the destination. This paper calculates the region’s potential to fly using multiple gravity models and compares actual visitors to the regions’ interest to the destination to find the most prospective markets. Theoretical background for the model and empirical evidence using the actual data of Charleston, South Carolina are provided for more thorough investigation
Student and Classroom Variables Improving Student Engagement in Mathematics
2004The study explored what student and classroom
variables affected student engagement in mathematics.
Since students were nested within a classroom,
hierarchical linear modeling (HLM) was employed Jor the
analysis. The results represented that students' gender,
SES, and prior achievement made differences in student
engagement. Teachers' years oj experience, certification,
and degree had direct and indirect effects on student
engagement level. Small size class had positive effects on
student engagement, and content coverage also increased
student engagement. Authentic instruction reduced the
gender gap oj student engagement
School Effects Analysis on Science High School
2009The purpose of this study was to see if science high school has
effects on improving student's science achievement. The research
question was from recent doubt about effectiveness of Korean education
on science talented youth. To answer the research question, science
achievement scores of general and science high school students were
compared under the control of variables both at student and at school
level. HLM(Hierarchical Linear Modeling) was employed for analysis.
The results showed that students in science high schools showed higher
numbers than those in general high schools in both raw scores and
scores after consideration of controlling variables. Interests in science
positively predicted achievement scores regardless of school type. The
number of mother's schooling years and SES scores at student-level,
and the school mean SES and school location at school-level were the
significant variables that predicted achievement scores
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