Shihan Xu – iMOVE PhD student
A profile of iMOVE PhD student Shihan Xu and her project, ‘Estimating freight origin-destination activity using video and data’.
A profile of iMOVE PhD student Shihan Xu and her project, ‘Estimating freight origin-destination activity using video and data’.
A profile of iMOVE PhD student Samson Ting and his project, ‘Using a data-driven approach to improve intersection modelling’.
Amir Hosein’s iMOVE PhD project is ‘Decentralised data sharing platform for supply chains’. This profile backgrounds his work, lessons learnt, and more.
Chintan Advani’s PhD topic is ‘Empirical modelling of traffic states and route choice behaviour’. This profile outlines his work, lessons learnt, and more.
The objective of this PhD project is to analyse the relationship between telemetry and its impact on commercially sustainable transportation solutions/networks.
This PhD project will develop traffic management strategies and infrastructure allocation algorithms needed to improve emergency vehicle logistics.
Using state-of-the-art machine learning algorithms, this study will use a novel modelling approach to accurately predict traffic crashes in real-time.
This PhD project will, at its conclusion, demonstrate how the roles and responsibilities of different stakeholders impact building a collaborative MaaS environment.
This PhD project explores cycle lane implementation from both a policymaker’s and user’s perspective, and flexible transport solutions for rural users.
This PhD project will analyse archived GTFS data to identify significant inefficient road designs and exemplary designs for optimising performance
This research will focus on enhanced depiction of pedestrian and active mode interactions with vehicular traffic across a variety of road infrastructure scenarios.
This PhD research aims to investigate new methods for managing urban congestion and reducing emissions through innovative transport pricing policies.
The objective of this PhD study is to develop an eco-driving system for a mixed traffic consisting of CAVs and human-driven vehicles (HVs) on urban roads.
This research aims to identify and evaluate new solutions for commercial urban deliveries to meet the demand of last-mile and surging e-commerce markets.
Research into a network-wide approach to identify critical links and estimate the Macroscopic Fundamental Diagram using flow and density measurements.
Development of demand management & estimation tools for large-scale traffic networks, incorporating macroscopic fundamental diagram-based traffic dynamics.