DETECTOR: Detection, Evaluation and Characterization of Threats to Road Applications

Updated: Aug 13, 2016

Project details

Acronym: 
DETECTOR
Classification: 
Galileo.2011.1.7-1 Use of Galileo and EGNOS services for mass market and in niche sectors (to be mainly provided by SMEs)
Total Cost: 
741 253 €
EU Contributions: 
465 389 €
Contract Number: 
277619-2
Project Call: 
FP7 3rd Call
Start Date: 
02/01/2012
Duration: 
21
Project Type: 
User Technology

Contact

Coordinator: 
Kevin Sheridan
Nottingham Scientific Limited
Loxley House
Tottle Road
Nottingham
UK
NG2 1RT
United Kingdom
Tel: 
+44 (0)1159682960
Fax: 
+44 (0)1159682961
Scientific Officer: 
Yeqiu Ying
Why this project is important for EGNOS/GSA/SatNav?: 

Radio Frequency Interference (RFI) disrupts GNSS. DETECTOR is prototyping a low-cost solution to detect and characterise RFI to protect and increase the use of GNSS in critical road applications.

Background: 

Consequences of RFI are becoming increasingly serious as GNSS is being used in more widely. At the same time low-cost jammers have become common. Mechanisms to counter this threat include stricter regulation; better enforcement; raising public awareness that jammers are illegal, and better robustness within GNSS-based equipment. RFI detection and characterisation can be a tool to enforce regulations and to better understand the threat in order to produce effective counter-measures.

Objectives: 

1) Threat Identification

Identify threats to GNSS from natural and man-made interference sources.

2) Threat Demonstration

Conduct tests in controlled environments to demonstrate the types of threats (jammer technologies) that are currently available on the market and to assess their impact on GNSS applications and services.

3) Prototype Development

Develop a simple, low-cost GNSS jammer detection capability based on the integration of advanced signal processing algorithms into an existing flexible software GNSS receiver.

4) Prototype Validation

Validate the prototype through a series of witnessed tests in controlled environments to assess its operational effectiveness at correctly identifying and classifying a range of different jammer types.

5) Identification of Operational Concepts

Examine how the DETECTOR system could be used by EU transport infrastructure operators, police forces and government agencies in the protection of GNSS based applications and services (within the context of existing EU legal frameworks).

6) Database of Jammer Signatures

Assemble a database of jammer signatures which the project will make available to the community, through appropriate channels, to enable receiver manufacturers and system integrators to develop innovative countermeasure technologies.

7) Commercial Feasibility Analysis

Develop the business case for the DETECTOR system.

How does it work?: 

Roadside probes connected to a back-office are used to detect and characterise interference using techniques which are made possible using software receivers. The ability to analyse interference at the digital sample level in addition to the more standard SNR (Signal to Noise Ratio) and AGC (Antenna Gain Control) techniques allows more reliable detection and characterisation of the interfering signal, helping to differentiate unintentional interference sources from deliberate jamming.

Results: 

DETECTOR software and hardware has been tested in a laboratory and in field trials using dedicated sensors, and also using data available from existing GNSS reference networks. In all cases the DETECTOR solution was able to reliably detect and characterize a range of typical jammers and to assess their potential impact on GNSS services.

Next Steps: 

DETECTOR will be validated at the “AutomotiveGATE” in Germany where jammers, receivers and interference detectors can be installed on vehicles and roadside gantries. A further unit will be installed on a gantry over a major road in France.

Partners: 
DE
  • AGIT MBH - Aachener Gesellschaft Fur Innovation Und Technologietransfer Mitbeschrankter Haftung
FR
  • Sanef
IT
  • UNIBO
NL
  • BHV