AFTERMATH CRISIS MANAGEMENT

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BES 1 BORDER SECURITY EXTERNAL SECURITY
Pascal BORDAGES ONERA (Office National dEtudes
et de Recherche Aérospatiale) Chemin de la
Hunière 91761 Palaiseau Cedex - FRANCE
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BES 1 coastal and pre-frontier areas
ONERA activities in OTHR (BES 1 coastal and
pre-frontier areas)

• Sky Wave started in 1988 (French MoD and ONERA
  funding)
• Air and maritime target detection
• Mono-static and bi-static configuration
• NOSTRADAMUS demonstrator

• Surface Wave Started in 2001
• Since 2006 ONERA and French MoD funding
• HFSWR at Biscarosse facility deployment and
  trials 2006 2011
• HFSWR at Ile du Levant deployment and trials
  2012 now
• Participation to I2C project (FP7)

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BES 1 coastal and pre-frontier areas
ONERA activities in OTHR (BES 1 coastal and
pre-frontier areas)
Opportunistic target
Cooperative target
Four hours tracking of surface targets
Air targets
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CONTACT INFO

• Contact Information

• For further information, you may contact
• Pascal BORDAGES
• ONERA / DCV
• Chemin de la Hunière, 91761 Palaiseau Cedex -
  FRANCE
• 33 1 80 38 67 72
• pascal.bordages_at_onera.fr

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BES2 Low cost and green technologies for EU
coastal border surveillance
BES2 Our understanding

• Improve maritime border security with
• Low cost
• and low impact on environment and population
• No constraint of deployment
• Capability of interacting with other systems
• Passive systems
• Fulfill these cost and environment constraints
• No transmitter (low cost)
• No effect on the population due to radio (tele)
  broadcasters (FM, TV (DVB))
• Passive Receiving systems are discrete small
  antenna array
• No rotating part
• No electromagnetic radiation

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Maritime Border Security topic 2 Low cost and
green technologies for EU coastal border
surveillance
BES2 Low cost and green technologies for EU
coastal border surveillance

• Current Passive system performances (terrestrial)
• Low sensitivity to clutter (for terrestrial
  systems)
• Detection/ltracking (multistatic system)
  performances on small target flying at low
  altitude (especially for DVB-T) up to terrestrial
  targets
• Capability of a component to be fused with the
  other bistatic pairs (for tracking)
• Capabilities/performances to be validated during
  the project
• Evaluate the passive system performances for
  maritime targets and low flying aircraft above
  the sea
• Selection of transmitter with sufficient
  maritime radiation
• Potentially, analysis of the impact of a slow
  moving clutter (terrestrial receivers)
• Adaptation of the clutter rejection algorithm to
  mobile platform (maritime receivers)
• Enhancement of the passive tracking capabilities
  for dense target environment
• Demonstration (according to the individual
  components and to the passive system)
• Analyse the benefits of a fusion with other
  system
• Feasibility of such a fusion (passive systems are
  bi or multi-static)
• Fusion architecture (plots or tracks, plot
  attributes)
• Expected benefits of such a fusion