Investigating human movement behavior is important for studying issues such as prediction of vehicle traffic and spread of contagious diseases. Since mobile telecom network can efficiently monitor the movement of mobile users, the telecom's mobility management is an ideal mechanism for studying human movement issues. The problem can be abstracted as follows: What is the probability that a person at location $(A)$ will move to location $(B)$ after $(T)$ hours. The answer cannot be directly obtained because commercial telecom networks do not exactly trace the movement history of every mobile user. In this paper, we show how to use the standard outputs (handover rates, call arrival rates, call holding time, and call traffic) measured in a mobile telecom network to derive the answer for this problem.
['Yi-Bing Lin', 'Chien-Chun Huang-Fu', 'Nabil Alrajeh']
Predicting Human Movement Based on Telecom's Handoff in Mobile Networks