The rapid urbanization process in the last century has deeply changed the way we live and
interact with each other. As most people now live in urban areas, cities are experiencing …

In recent years, advancements in Artificial Intelligence (AI), the Internet of Things (IoT) and
wireless technologies have propelled the evolution of smart cities. Urban sensing systems …

The number of smart cities is increasing rapidly around the world with the continuous
increase of governments' interest in exploiting Information and Communication …

In this paper, we used a vibration sensor known as G-Link 200 to collect real time vibration
data. The sensor is connected through the internet gateway and Long Short Term Memory …

Future smart cities are expected to change radically the way people live, interact and move
in urban environments. This will be possible thanks to the massive amount of data that will …

Human body recognition is widely used in smart home. The current mainstream perception
modalities, ie, camera and wearable device, are vulnerable under challenging lighting …

For centuries, emergencies have been a recurring situation in cities. Natural or human-
induced emergency situations can cause infrastructural damages in cities, potentially …

The accidental fall is the major risk for elderly especially under unsupervised states. It is
necessary to real-time monitor fall postures for elderly. This paper proposes the fall posture …

The analysis of human mobility behavior through computational techniques finds
applications in various domains and provides valuable insights for urban planning …

The growth in the number of smart devices has mobilized the rise of CrowdSensing (CS) as
an enabler of smart cities, where state-of-the-art technologies are utilized to improve citizens' …