The increased frequency of industrial accidents and malicious
attacks in the last decades has evidenced clearly the high vulnerability
of edifices, infrastructures and life-lines to not forecasted
events. Governments, State agencies and private companies managing
public structures acknowledge that the security of buildings,
infrastructures, lifelines and transport networks are now a priority.
Security can be significantly increased by preventive actions,
including the strengthening of structures and any action aimed
at decreasing the vulnerability. However identifying in real time
possible damage sources and the characteristics of the dangerous
event propagation can significantly reduce the impact of the event.
AMRA has built and expertise in real time actions. It collaborates
with national and international research institutions and agencies
to optimize synergies and application of results. A major weakness
of security actions is the lack of coordination among different
actions.
In this context AMRA can offer the experience gained by its scientific
staff in the early warning and management of natural risks. This
experience can be valuable because natural and anthropogenic risks
share some common features, such as:
-
unpredictability;
-
need for rapid response to manage emergencies;
-
high security IST systems;
-
diffused information network;
-
real time damage scenarios;
-
need to improve people awareness.
AMRA can offer a large experience in the hardware, fast signal
processing real time scenarios, information diffusion.
AMRA can detect and forecast the path of pollutants and dangerous
substances at sea by real time measurements of the shallow currents’
velocity vector parameters using a network of HF coastal radars.
A prototype system is operating in the Bay of Napoli.
AMRA faces problems related to the time evolution of pollutants
in air, water and soils, using:
-
innovative methods for measuring and characterizing
submicron particles;
-
simulation labs for characterization and
remediation of soils;
-
specific expertise on water pollution.
AMRA developed also electromagnetic detectors able to identify
dangerous substances through walls
and barriers.

|
|
  |
Consultant
Man produced events Prof.
Antonio Nanni Università
degli Studi di Napoli Federico II |
|