Increasingly emerging technologies in micro-electromechanical systems and wireless
communications allows mobile wireless sensor networks (MWSNs) to be a more and more …

Millions of dedicated sensors are deployed in smart cities to enhance quality of urban living.
Communication technologies are critical for connecting these sensors and transmitting …

This paper concerns the deployment problem of wireless sensor networks (WSNs) with
mobile robotic sensor nodes for spatiotemporal monitoring. The proposed approach, deep …

Efficiently monitoring microalgal density in real time is critical in closed systems of cultivating
algae. In the monitoring methods proposed in the literature, image based techniques …

The paper presents a review of the spatial prediction problem in the environmental
monitoring applications by utilizing stationary and mobile robotic wireless sensor networks …

Due to communication delays and other limitations of wireless sensor networks (WSNs),
asynchronous sensor selection is necessary for target tracking. However, not much work has …

This paper addresses the problem of efficiently deploying sensors in spatial environments,
eg, buildings, for the purposes of monitoring spatio-temporal environmental phenomena. By …

This paper addresses the issue of monitoring spatial environmental phenomena of interest
utilizing information collected by a network of mobile, wireless, and noisy sensors that can …

In order to analyse failures of an ageing water pipe, some methods such as the loss-of-
section require remaining wall thickness (RWT) along the pipe to be fully known, which can …

This paper presents a novel approach, using multi-step predictions, to the adaptive sampling
problem for efficient monitoring of environmental spatial phenomena in a mobile sensor …