Ground Based Radar Integration >>
Advantor's Ground Based Radar Integration
provides the ability to integrate and translate
information received from radar surveillance
into easy-to-interpret alarms in ASN's Alarm
Resolution and graphics user interface. The
integration of control stations annunciation
functions into our ASN Intrusion Detection
system will provide a single interface point for
Security Forces Operators, thus simplifying the
alarm monitoring process. Data is received from
radar control stations via TCP/IP Sockets using
XML as defined in Interface Control Document
ICD-002. Designed for flexibility, the XML
program can interpret, translate, and display
target tracking information for a maximum of
twenty (20) long and short range radar units.
The Radar Integration is done in three steps:
Detection, Transmittal to ASN, and Annunciation.
TARGET DETECTION AND TRANSMITTAL
Radar Surveillance is provided by Advanced Radar
Surveillance System (ARSS), Perimeter
Surveillance Radar System (PSRS), or Manportable
Surveillance and Target Acquisition Radar (MSTAR).
Each radar unit reports data to its associated
controller station.
When a target is detected by one of the radar
units, target information is received at the
radar unit's associated controller station. XML
Messages are transmitted to the ASN computers.
The program XML_Comm translates and processes
the data into alarm data displayed in ASN's
Alarm Resolution and in the graphics display.
ANNUNCIATION
Target detection is displayed in both Alarm
Resolution and in the graphics program.
Alarm Resolution
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The sensor
controller reports target detection and
an alarm is generated in Alarm
Resolution. There is only one alarm line
per radar device. An additional target
detected will cause the same alarm line
to annunciate again. |
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A target
detection on a different radar device
will generate a new alarm line in Alarm
Resolution. |
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When an
alarm line is acknowledged, it will stop
flashing in Alarm Resolution. |
GRAPHICS
Target movement is also tracked in the graphics
program for as many as 25 iterations of the
target. On receipt of the 26th track, the oldest
track is erased.
When an alarm is acknowledged, the icon will
stop flashing, but tracking will continue in the
graphics program. When an alarm line is reset,
the target track will be erased. If the target
is still active, the radar will continue to send
information and the target will be reported as
if it were a new detection.
Target Representation can be configured to set
the colors and sizes of the target circles to be
graphically displayed for each target
classification as reported by the radar.
PRODUCT FEATURES
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Certified
ASN characteristics are maintained. |
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Provides a
single interface platform for operators. |
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Alarm
information remains in a standard,
easy-to interpret format in Alarm
Resolution. |
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Uses
standard XML Interface protocol. |
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Each radar
sensor will be assigned its own panel
number for simplified identification. |
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Zone, or
mode, configuration allows for masking
areas for the radar. PSRS radars have
"exclusion zones" for which detections
in the mask area are ignored. ARSS and
MSTAR radars detect within a defined
minimum and maximum range, azimuth, and
elevation. |
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Zone
configuration provides the capability to
change the surveillance areas(s) of
radars for different needs (e.g., Day /
Night). Once the modes have been defined
and configured, the ASN operator can
easily select surveillance mode from
iGraphics. |
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Target
representation configuration is used to
set the colors and sizes of target
circles for easy identification. |
SPECIFICATIONS
Supported radar devices include:
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PSRS (Perimeter Surveillance Radar
System) |
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ARSS (Advanced Radar Surveillance
System) |
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MSTAR (Manportable Surveillance and
Target Acquisition Radar) |
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A maximum of twenty (20) Radar Units
(mixture of long and short range) can be
supported. |
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The system
can support a maximum of 100
simultaneous target tracks (system
wide). This is measured by 100 / # of
radar units in the configuration. For
example, if there are 10 radar units in
the configuration, each radar unit can
support up to 10 simultaneous target
tracks. |
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The
graphics program can display a maximum
of 25 target steps per track. |
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Target
movement is reported as frequently as it
is received from the radar |
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In the
event of adjacent radars having
overlapping surveillance areas, a single
target may be detected by multiple
radars at the same time. When this
happens, all radars will report the
event on separate lines in Alarm
Resolution |
For more detailed information, Download the
GBR Literature (.pdf) |