Big data analytics for smart transportation
Wong, Zhen Wei
Date of Issue2019-04-28
School of Computer Science and Engineering
In recent years, big data has provided valuable insights for businesses to make informed decisions. Analyzing big data is particularly important to optimize transport routes and frequencies. Through the initiative to develop a Smart Nation City, in cities like Singapore, data from various sources are mined to find out the travel behavior and mobility patterns. This information obtained can assist transit authorities in evaluating their current services and forecast demands with greater accuracy. The purpose of this project is to process, visualize and analyze the real-world crowdsensing data from the Singapore National Science Experiment (NSE). It aims to identify the trajectory of each student from the large and noisy mobility data and visualize them on a Django web application. As a result, the trajectories of 27,473 students from home to school were identified from the mobility dataset. We verified the trajectory of 1,580 students from 6 different schools and the results suggest over 90% accuracy in identifying the student’s school based on the processed trajectory data. In this report, we elaborate on how the objectives are achieved through the processing of mobility data obtained from NSE and implementing a web application using Django Framework, MySQL Database and Mapbox GL.
DRNTU::Engineering::Computer science and engineering
Final Year Project (FYP)
Nanyang Technological University