REVISTA ROMÃNÄ DE AUTOMATICÄ - IPA SA
REVISTA ROMÃNÄ DE AUTOMATICÄ - IPA SA
REVISTA ROMÃNÄ DE AUTOMATICÄ - IPA SA
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<strong>REVISTA</strong> ROMÂNĂ <strong>DE</strong> AUTOMATICĂ<br />
9<br />
formulas for the flow and how<br />
calculation is made for linearization.<br />
- Local monitoring equipment - based on<br />
microcontroller which shall be<br />
connected by cable with local<br />
environment parameters acquisition<br />
systems.<br />
This equipment is presented in Fig. 2 and<br />
shall accomplish the following function:<br />
- acquisition and monitoring of<br />
analogical signals from the<br />
transducers;<br />
- acquisition and monitoring of<br />
digital input parameters;<br />
- enabling of digital outputs<br />
(signalization of alert/ pre-alert<br />
thresholds overflow);<br />
- long distance transmission of data<br />
(full duplex RS 485 serial port, or<br />
radio/GSM/GPRS) to server;<br />
Figure 2. Local monitoring equipment<br />
Central level – center of monitoring and<br />
control; web server<br />
At this level it will be organized the control<br />
and monitoring center, where the PC-system<br />
with complex functions of Data Server which<br />
contain the Database, the dispatcher for<br />
receiving environmental parameters, the<br />
software applications meant to management<br />
(introduction of information concerning the<br />
technical state of the infrastructure, other<br />
additional useful information in risk<br />
management, alert management) shall be<br />
installed. From a conceptual viewpoint, the<br />
web Server is placed at central level too, but<br />
it can be installed in the same location or at<br />
distance. On the web server will be installed<br />
applications which will select information<br />
from the database for user services delivery<br />
through an Informatics Portal, accessible on<br />
static devices (PC, informatics kiosk) or<br />
mobile devices (PDA, mobile phone).<br />
The environment parameters acquisition devices<br />
will be transmitted by radio modem or<br />
GSM/GPRS. These will be transmitted<br />
periodically by the monitoring local equipment<br />
and when an event occurs (according to<br />
achieving pre-alert thresholds) and will be stored<br />
in the local database. The local database will be<br />
replicated periodically on the Web Server, thus<br />
ensuring a reliable functioning).<br />
The project also proposes a dissemination<br />
system and information services addressed to<br />
population, mass media and organizations.<br />
Software subsystem for multimedia platform for<br />
flood risk monitoring consist in programs for<br />
supervision and evaluation; geological data base;<br />
data base management application; GIS<br />
application developed for interactive<br />
presentation on digital map of objects and<br />
evacuation routes in pilot routes, risk maps and<br />
hazard maps of pilot zone; pilot zone risk and<br />
hazard maps; system’s Portal for information<br />
and flood risk management – it integrates all<br />
system’s functional components.<br />
The system has service oriented architecture<br />
and will provide:<br />
- integration of all relevant functions and<br />
processes ensuring investments<br />
protection;<br />
- Integration of the existing systems into<br />
the new platform;<br />
- Minimizing risk, quick reaction to<br />
change of requirements;<br />
- Reduced complexity due to the interface<br />
built on specific system integrated services;<br />
- Using XML, XSL, SOAP, UDDI,<br />
WDSL and HTTP;<br />
Flexibility;<br />
- Reliability, possibility to extend the<br />
system according to specific needs;<br />
- Scalability;<br />
- Reduced costs and increased<br />
productivity through quick transfer of<br />
applications on any platform.