Smart airport is a key driver for the future development of civil aviation and a
cornerstone of China’s ongoing “Four Airport” construction initiative. It is
important to improve technology in many areas. This includes airport building,
daily work, management, and making decisions. As air travel changes, using new
tools like artificial intelligence, big data, and the Internet of Things (IoT)
is very important. These tools help make airports more efficient, safe, and
better for the environment. Because of this, building smart airports is not just
a big goal but also a new way to deal with the challenges in today’s air travel
systems. A key part in building smart airports is making a full evaluation
system to check how well the projects are working. When a strong index system is
made for smart airports, people involved can see clearly what is working well
and what is not. So, chose using a three-scale hierarchical analysis method
gives a clear and step-by-step way to look at different parts of smart airport
building. This method helps check many things, like how well the technology fits
in, how smoothly the airport works, how it affects the environment, and how
users feel [1].
To check if this evaluation framework works in real life, a case study of Beijing
Daxing International Airport is used. Daxing Airport is one of the top examples
of smart airport building. It uses new technology and modern ways to manage the
airport. So it is a good choice for this study. The case study shows that the
evaluation system can work. It also gives useful advice for airport managers to
make construction projects better.