Major Final Outputs - Preginet
Major Final Outputs - Preginet
Major Final Outputs - Preginet
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Project 2: Philippine Real-time<br />
Environment Data Acquisition<br />
and Interpretation for Climaterelated<br />
Tragedy Prevention<br />
(PREDICT), On-going<br />
This collaborative project between ASTI<br />
and PAGASA aims to develop low-cost and<br />
reliable stand-alone weather stations that<br />
would provide additional information which<br />
can be used for forecasts. Ultimately, this<br />
is expected to mitigate potential hazards<br />
related to extreme weather conditions.<br />
The stations use cellular technology to<br />
transmit data and are designed for low<br />
power consumption, hence, the viable use<br />
of solar energy. The project has developed<br />
two (2) working prototype models. These<br />
models measure the following weather<br />
parameters:<br />
▪ Model 1: Air Temperature;<br />
Humidity; Water Level; Rain<br />
Amount; Wind Speed & Direction;<br />
Solar Radiation; Solar Index<br />
▪ Model 2: Air Temperature;<br />
Humidity; Atmospheric Pressure;<br />
Rainfall, Intensity, & Duration;<br />
Wind Speed & Direction<br />
To ensure the accuracy of the data<br />
gathered, these models are currently being<br />
tested and calibrated prior to production.<br />
Deployment of the stations is scheduled in<br />
2010.<br />
Project 3: Field Monitoring<br />
System (FMON), New<br />
The FMON project addresses the need<br />
to modernize the acquisition of pertinent<br />
agricultural information necessary for<br />
improved crop production. The system<br />
is made up of several field monitoring<br />
stations that are connected to a central<br />
server via a wireless network.<br />
The monitoring stations use applicationspecific<br />
sensors, network camera,<br />
and wireless LAN modules to gather<br />
the required data. Information from<br />
these sensors can be used for basic<br />
environmental measurement, plant/<br />
animal monitoring, and farm observation.<br />
The multi-sensing system measures<br />
temperature, humidity, solar radiation,<br />
ground water level, and wind speed. Other<br />
sensors can be optionally added in order<br />
to support monitoring of soil moisture, leaf<br />
wetness, and ultraviolet radiation.<br />
Project 1: Upgrading of<br />
DOST ICT Infrastructure and<br />
Interconnectivity Network<br />
(eDOST-INFRA), On-going<br />
The eDOST-INFRA Project aims to provide<br />
adequate and reliable infrastructure and<br />
interconnectivity among DOST agencies,<br />
regional, and provincial offices in order<br />
to improve their operations and service<br />
For this year, the project team has<br />
developed a working prototype, which is<br />
currently being tested prior to production.<br />
The deployment of a fully functional system<br />
is scheduled in 2010.<br />
eDOST Program: Institutionalizing ICT within<br />
the DOST System<br />
The eDOST Program primarily addresses the need to utilize and maximize ICT in improving<br />
the efficiency, productivity and collaboration among internal operations and frontline<br />
public services of the Department of Science and Technology (DOST) and its line<br />
agencies. The three-year program started on January 2008, and is on its second year of<br />
implementation. The three (3) projects being implemented under the program are:<br />
eDOST Program<br />
eDOST-INFRA, eDOST-<br />
INFOSYS, and eDOST-<br />
OPEN STANDARDS<br />
2009 Annual Report<br />
delivery. The main project components<br />
are organization-wide upgrading of the<br />
ICT infrastructure which includes ICT<br />
equipment, and Internet connectivity,<br />
especially the regional and provincial S&T<br />
centers of the Department; as well as<br />
training of technical personnel.<br />
For this year, the project was able to<br />
facilitate the connectivity of regional<br />
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