The development of large-scale systems of networked embedded devices with sensing
capabilities relies on the availability of low-cost and resource-constrained components …

Technological advances in nanotechnology enabled the use of microelectromechanical
systems (MEMS) in various application areas. With the integration of various sensor devices …

Sensor calibration is one of the fundamental challenges in large-scale Internet of Things
networks. In this article, we address the challenge of reference-free calibration of a densely …

The recent developments in both nanotechnologies and wireless technologies have
enabled the rise of small, low-cost and energy-efficient environmental sensing devices …

Accurate calibration of low-cost environmental sensors is a prerequisite for their successful
use in many monitoring applications. State-of-the-art calibration methods vary from simple …

The drastically increasing availability of low-cost sensors for environmental monitoring has
fostered a large interest in the literature. One particular challenge for such devices is the fast …

Sensors in wireless sensor networks are required to be self-calibrated periodically during
their prolonged deployment periods. In calibration planning, employing intelligent algorithms …

Distributed, low-cost sensor networks have become a widely used tool to aid in the
interpolation of atmospheric measurements between regulatory grade monitoring stations …

In this paper, we aim to blindly calibrate the responses of a sensor network whose outputs
are possibly corrupted by outliers. In particular, we extend some well-known nullspace …

Low-cost sensors, installed on mobile vehicles, provide a cost-effective way for fine-grained
urban air pollution monitoring. However, frequent calibration is crucial for low-cost sensors …