Abstract:
There is a lot of data confirming the effect of microwave radiation on
psychophysiology and human health. The paper considers a method and a measuring and
information system for dynamic monitoring of microwave environmental pollution in
cities. It is assumed that a fully implemented system will consist of thousands of portable
personal devices– mobile terminals held by volunteers who move around the city in their
usual life and, possibly, a number of city vehicles will be equipped with such terminals.
The structure and features of the technical implementation of the proposed distributed,
non-deterministic system, which allows real-time mapping of the microwave dose load of
the city population, are considered. The personal terminal records the geographic position
using a GPS navigator as well as the basic parameters of microwave dosimetry. The data
are transferred to a web server where they are stored in a cloud database. From there, they
can be transferred to the environmental and medical services of the city, and they can also
be read and displayed in a convenient form on any device with access to the
corresponding Internet resource. The results of testing a prototype of the system when
acquiring data on one of the routes in the city of Moscow are presented.