The European Global Navigation Satellite Systems Agency (GSA) will award a special prize at ERL Emergency 2019 focusing on robots that make use of solutions based on Galileo and EGNOS.
For air robots, this challenge will involve two types of tasks: horizontal accuracy in landings at a specific geographic coordinate; and vertical accuracy while hovering at a specific geographic coordinate. For land robots, there will be only one type of task - horizontal accuracy during waypoint-based navigation.
Visual markers will be used to support the assessment of both types of task. To be eligible for the award, a team must have executed valid trials of the tasks. The team deemed to have achieved the best results will be declared the winner. For information on Galileo capable receivers and navigation kits for robotic systems visit https://www.usegalileo.eu/EN/
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EGNSS for robots - GSA special prize
1. EGNSS for robots- GSA Special Prize
ERL Emergency 2019
Marta Krywanis-Brzostowska, GSA, Francisco Javier Pérez Grau, CATEC
2. Resourcing:Mission:
• Galileo & EGNOS Operations and
Service Provision
• Market Development of the
applications and the receivers
168
Staff
21
Nationalitie
s
Gateway to Services
Gatekeeper of security
• Security Accreditation
• Operation of Galileo Security
Monitoring Centre, governmental
service (PRS) activities
Prague, Cz Rep – HQ
St. Germain en Laye, FR – GSMC
Madrid, ES – GSMC
Torrejon, ES – GSC
Noordwijk, NL – GRC
Toulouse, FR – EGNOS
Brussels, BE – COMM
European GNSS Agency
3. How GSA fits in the EU structure
European
Commission
Development contracts
Political oversight
Programme management
Delegation
Council and
European Parliament
European GNSS
Programme Committee
Execution
European
Commission
European Space Agency
Assistance and
delegation
Deployment contracts
Market Development
Security
GSMC operation
GNSS exploitation
Upstream (space)
industry
Downstream
(applications)
industry
4. Galileo is the European GNSS offering a
wide range of services
• Freely accessible service for
positioning, timing and navigation message authentication
Open Service
(OS)
OS-Navigation
Message
Authentication
(OS-NMA)Public
Regulated
Service (PRS)
Search and
Rescue Service
(SAR)
High Accuracy
Service (HAS)
Signal
Authenticatio
n Service (SAS)
• Encrypted service designed for greater robustness and
higher availability
• Assists locating people in distress and confirms that
help is on the way
• Freely accessible high accuracy positioning service
• Authentication service based on the E6 signal code
encryption and OS-NMA, allowing for increased
robustness of professional applications
5. 5
Since last year… Galileo Highlights
• THIRD SUCCESSFUL QUAD LAUNCH in July 2018 with ARIANE V
• 26 Satellites in orbit
• Initial SERVICES beyond expectation
• New procurement initiated for subsequent satellites
• Commercial Service re-baselined
• Emergency Warning Service under definition
• Launch of User Consultation Platform
• Towards Galileo 2nd GENERATION decision
6. 6
Where are services described?
Galileo Open Service Signal In Space Interface
Control Document (OS SIS ICD)
Version 1.3, December 2016
Galileo OS Service Definition
Document
Version 1.0, December 2016
Ionospheric Correction
Algorithm for Galileo
Single Frequency Users
Version 1.2, September 2016
Galileo Search and Rescue Service
Definition Document
Version 1.0, December 2016 6
https://www.gsc-europa.eu/electronic-library/programme-reference-documents
7. EGNOS already available serving EU citizens
and industry
Open Service (OS)
Safety of Life Service
(SoL)
EGNOS Data Access
Service (EDAS)
• Accuracy ~1m, free
• Supporting civil aviation
operations down to
Localizer Performance
with Vertical Guidance
(LPV) minima, compliant
with the ICAO SARPs
• Accuracy <1m,
corrections provided via
internet
8. GNSS means big opportunities
8
The global GNSS installed base will reach 8bln
devices in 2020, meaning more opportunities…
…especially for innovative added-value services
providers, opening the door to SMEs and start-ups
Added-value services
are set to witness
skyrocketing growth
of 20% annually*
9. Almost every aspects of our lives leverage
GNSS
9
European GNSS helps us move…… European GNSS helps us work….. European GNSS helps us play…..
TRAFFIC
MANAGEMENT
AIRCRAFT
LANDING
MARITIME
NAVIGATION
NAVIGATING IN
THE CITY
FOREST
MANAGEMENT
MAPPING AND
SURVEYING
TRANSPORT OF
DANGEROUS
GOODS
SYNCHRONIZATION OF
ENERGY NETWORKS
PRECISION
AGRICULTURE
CYCLING, HIKING,
RUNNING
TOURISM MADE
EASY
… CATCHING
POKEMONS!
• 80,000 flight delays and 20,000
diversions avoided in Europe
• Galileo saves at least 15M
tonnes of CO2
• At least 3.5 billion litres of fuel
saved
Source: GSA EGNSS CBA – timeframe 2015-2025
• 4,500 tonnes of pesticides and 1.5mln
tonnes of fertiliser saved
• At least 800mln hours saved for Europe’s
consumers and professionals
• Nearly 50,000 annual jobs supported in
the downstream GNSS industry in Europe
11. …and together with EGNOS it is increasingly
adopted by value chain and users
11
Road tolling: EGNOS already implemented in 4 EU schemes
Regulated applications: eCall and Digital Tachograph
regulations leveraging EGNSS
EGNOS leadership with 80% of farmers using GNSS,
thanks to partnerships with tractor manufacturers
actively promoting EGNOS affordable accuracy
557 EGNOS based approach procedures in
301 airports in 19 EU countries
GNSS technology has been included in the European Railway
Traffic Management System roadmap in view of its expected
operational and safety benefits
Galileo recognized by the IMO as a “World Wide Radio
Navigation System” for the use in regulated domains
80% EGNOS OS penetration in receivers’ models
(recreational and regulated)
>50% of RTK network providers upgraded
or being upgrading to Galileo
+400 m smartphones with Galileo (major high level
brands including Apple, Samsung, ….)
Increasing interest towards Galileo by critical
infrastructures owners
RAIL
MARITIME
AVIATION
ROAD
SURVEYING & MAPPING
AGRICULTURE
TIMING & SYNCHRONIZTION
LBS
12. Drones market is BOOMING and GNSS is
KET for drones operations!
12
The following definitions are adopted:
• Professional – drones used solely for commercial applications and which invariably are better equipped. These are always assumed to be GNSS equipped.
• Prosumer – drones which may be used for commercial applications but are also affordable for some recreational use.
• Consumer – drones used primarily for recreational use.
13. More and more Galileo enabled receivers
are available for drones
13
https://www.usegalileo.eu/EN/inner.html#data=flying
14. 14
EGNSS is bringing many benefits for drones
operations
Enhanced performance in challenging
environments
Embedded cybersecurity features
Increased accuracy and integrity for
UAS applications
Detect and Avoid Geo-fencing/caging
NFZ
Unprecedented high accuracy for
new demanding applications
15. 15
Flight path: 25m radius circle flight at 2m/s
Errors during flight 95% Height error 95% 3D error
C21 (GPS only) 2.41m 2.45m
C22 (GPS+SBAS) 1.43m 1.34m
Flight test campaign, using a Quadcopter drone from the Dutch aerospace center (NLR), equipped with a Septentrio AsteRx3 and using a Trimble NetR9 receiver as base station
for carrier differential reference position determination.
EGNOS delivers a significant accuracy
advantage compared to GPS alone
Tests performed in cooperation with NLR
16. Errors during flight 95% height error 95% 3D error
B41 (GPS) 4.41 4.51
B24 (GPS+Galileo) 0.50 0.49
16
Galileo in multi-constellation concept
increases the 3D accuracy and is significantly
reducing the height error
For the purpose of the test the same Mikrokopter Quadro XL quadcopter with AsteRx3 receiver was used
Tests performed in cooperation with NLR
18. 18
• Develop and integrate a navigation and
surveillance sensor (EGNOS + ADS-B) in 2
different RPAS
• Develop CONOPS with supporting safety
assessment for the approval of operations
• Take-off and landing in VLOS
• En-route/operational fase of flight in
BVLOS
• Demonstration will firstly be done in
segregated airspace (Scenario 1) – if
assessed positively trials in non
segregated airspace (Scenario 2)
• Adapt existing flight procedure design
criteria by considering RPAS specific
performances
Expected results:
October 2018
6
• Integration and exploitation of
Galileo/EGNOS features for precious and
secure positioning with anti-jamming and
anti-spoofing capabilities
• Exploit multi-frequency and multi-
constellation solutions
• Perform 2 field test (inland and sea) with
the operational of 4 UTM coordinated
RPAS with different types (fixed and
rotary wing)
• Enhance safety and security in current
drone operations and the future UTM
operations concept by development
technological solution and the
operational one (CONOPS)
Expected results: End 2020
GSA Supporting activities:
Drones projects examples
19. Join us for the GNSS User Consultation
Assembly will take place in December
within the European Space Week
19
Fora with:
• Users and user associations
• GNSS downstream value chain
• Academia and research institutes
(for the Research forum)
• EC, GSA and ESA representatives
To report on how the inputs from last UCP
are being taken into account with regards
to service improvements
To focus on specific EGNSS emerging
applications to capture new user needs to
complement the current report on EGNSS
user needs
To collect feedback on R&I priorities
OBJECTIVES
33. Win AsteRx-i S receiver !
33
The Partner of GSA Special Prize- Septentrio- is
offering to the winner the new AsteRx-i S
receiver!
• Reliable and accurate GNSS/INSpositioningdown to the cm level
• 3Dattitude-headingpitchandroll
• Ultralight, low power and compact
• AIM+ interference monitoring andmitigation system
• High-updaterate,low-latencypositioningandattitude
• Robust calibration for wide temperatureranges
34. Get support from GSA experts
34
GSA is offering for the winning solution:
• Dissemination of the winning solution during
international GNSS related events in 2019
• Business and technical mentorship by GSA experts
• Great networking opportunities
Picture source: www.geo-tel.com
35. Teams eligibility
- Use an EGNOS/Galileo enabled receiver
- Register at the competition website
DEADLINE 29th OCTOBER
ERL Emergency Local
Tournament 2019
35
https://sites.google.com/catec.aero/erl-emergency-2019
www.usegalileo.eu
Contact email: erl.emergency@catec.aero
36. Where and when?
ERL Emergency Local
Tournament 2019
36
https://sites.google.com/catec.aero/erl-emergency-2019
18-23 February 2019
Seville, Spain
Contact email: erl.emergency@catec.aero
37. Linking space to user needs
37
www.GSA.europa.eu
Get in touch:
GSC-europa.euEGNOS-portal.eu UseGalileo.euG