This work aims to monitor air quality in places where humans spend most of their time, such
as workplaces and homes. Radon gas is a naturally occurring, colourless, odourless and …

The radon concentration in the air is a crucial quantity to monitor because of its threats to
human life, as its being a carcinogenic agent to humans according to 2012 pronunciation by …

Aim of this work is to present an innovative open Cyber Physical System (CPS) to monitor
and control human exposure to ionizing radiation. Nowadays CPS and Internet of Things …

The device called View Plus Radon Detector made by Airthings, allows measuring indoor air
quality parameters. Measurement results can be accessed through the purpose-built online …

View Plus Radon Detector made by Airthings is a device that allows measuring a number of
parameters related to indoor air quality. The device has the ability to connect wirelessly to …

The region that served as the basis for this work is characterized by the abundance of
different types of granite. In some places, the predominance of certain uraniferous minerals …

Aim of this work is to present some relevant results of the Radon Project, relating to the
design of innovative systems to increase public interest in the effects of radon gas on human …