U-space field trials results for drone discrimination with a staring radar
Mohammed Jahangir
SESAR U-SPACE Vision
SESAR Joint Undertaking. (2017, June 9)
U-Space: Aiming to enable complex drone operations with a high
degree of automation
CLASS is about Drone Tracking
terminal • Position • ID • Timestamp every 4s Integrated Integrate Backend Integrate Backend Backen ated ated kend kend terminal termDrone Identifier and Tracker
Drone-it!
Ultra Narrow Band technology
Air Situation and Alerts
Real Time Monitoring
Data Fusion
Fuse Cooperative and Non-Cooperative tracks
Gamekeeper 16U
Take on drone spotting: Stare not scan
Tactical Deconflition
Including zone infringementt
3 Conf-P-027 v0.1
Non-cooperative surveillance
4
The need for non-cooperative detection for drones
Non-cooperative tracking:
o
Airspace security
o
Airspace infringement
o
Verifies cooperative data
o
Mitigates cooperative failures
o
Bridges the interoperability gap
Situational awareness of all air
traffic regardless of equipage
o
Pilot can detect and avoid any flying
object
o
Provides BVLOS situational
awareness
Current ATC radar technology
cannot see drones
Low
• Strong ground
reflection
Slow
• Difficult to
distinguish from
static clutter
Small
• Tiny reflection
• Other small
objects
Conf-P-027 v0.1Holographic Radar
5
Aveillant products use a common Holographic Radar Technology Platform
Conf-P-027 v0.1 Transmit Antenna
Power Amplifier
Timing & Waveform Generator
Channel Data Processor & GPU
Target Processor Network Receive Antenna Theia 384A x 12 x 32 Gamekeeper 16U
Shared with Channel and Data Processor
UAS PSR 60NM Transmitter Receiver panels
Gamekeeper
Deployments Paris CDG Airport Monaco Deenethorpe(Test Site) Singapore
Bretigny (reference installation)
Auckland Airport
CLASS 6 U-Space Scenarios
7 Conf-P-027 v0.1
CLASS Drone Live Experiments
Trial Site
o
Ex-RAF Airfield, Deenethrope
Trial Dates
o
October 15
th
– 18
th
2018
Trial Equipment
o
Aveillant: Gamekeeper 16U
o
ENAC fixed wing and DJI
drones
o
Airbus: Drone-it!
o
Unifly: UTM
Mon 15th Oct
Tue 16
thOct
Wed 17
thOct
Thu 18
thOct
Set-up
Live Day 1
Live Day 2
Visitor Day
Urban pollution sampling
Conf-P-027 v0.1
9
(1) Drone moved to
SAMPLING
point (2) Drone conducts air pollution
sampling (3) Drone returns to land whilst avoiding ground obstructions
CLASS Scenario CLASS_DS_06 – Planned Flight Path
Live Flight – Raw Detections
Conf-P-027 v0.1
11
Live Flight – Unfiltered Tracks
CLASS Live Experiments @ Deenethorpe UK
Feature map from multiple flights
2 December 2018 12
Blue: Drones & Red: non-Drones
Conf-P-027 v0.1
Features: Track Age, Height, Velocity, Acceleration, Micro-Doppler Components, Jerk
Decision Tree Machine Learning
2 December 2018 13
Trajectory and micro-Doppler features as input
Conf-P-027 v0.1
Nodes:
MATLAB Features:
Prune Method:
73
7, 12, 17, 30, 38
MinLeafSize = 300
Live Flight – Filtered Drone Tracks
CLASS Live Experiments
15
Deenethorpe, UK 18thOctober 2018
Conf-P-027 v0.1
Future Programme - SAFIR
16
Safe And Flexible Integration of Initial U-space Services in a Real Environment
13 Partners, from UTM providers, drone operators, surveillance system
operators, drone service providers and U-Space stakeholders
Drone flights at Droneport, Belgium
o
March to May 2019
o
11 U-Space scenarios with 6 drone operators
o
Test drone flights in segregated airspace
U-space flights in Antwerp, Belgium
o
June to August 2019
o
Live demonstration
Aveillant Planned scope
o
Install radar in agreed location
o
support operation during trial period
o
Integrate experimental work from CLASS into product baseline
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