mass market panel discussions results summary · adventures emergency and public safety training...
TRANSCRIPT
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EGNSS User Consultation Platform Plenary4th December 2018
Mass market Panel DiscussionsResults Summary
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Highlights of Main Trends in LBS/IoT• Hybridisation of GNSS with other technologies to achieve ubiquitous positioning
and desired accuracy
• Wi-Fi
• LP WAN (Lora, Sigfox)
• 5G (including NB IOT and CAT M1)
• Inertial sensors
• UWB
• The top 3 most growing applications are:
• Robotics
• People and asset tracking
• Safety and emergency and m-Health
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Recommended Refinements of User Requirements
• [Accuracy] Addition of a confidence level of 95% across all applications
• [Coverage]
• Level of availability of PNT in urban canyons and under canopy should be kept at the confidence level of 95%, instead of the 70% proposed
• The requirements for indoor positioning are split into light indoor (below 5m from window) and deep indoor, to enable GNSS to partially address the requirement
• [Robustness against environmental conditions] requirement to be removed, since the majority of LBS/IoT apps are in urban areas
• [Robustness against interference] requirement kept at qualitative level
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User Requirements for New/Emerging Applications: Robotics and Augmented Reality (1/2)
Travel applications
Sports / adventures
Emergency and public safety
Training & Education
Broadcast and live events
Delivery robots
Gardening robots
Security and surveillance robots
Personal assistant robots
Logistics robots
Painting robots
TTFF
Accuracy
LOW> 30 sec
HIGH< 2 sec
MEDIUM
LOW 5 to 10 m HIGH 50 cm to 1 mMEDIUM 1 to 5 m
RoboticsAugmented Reality
Leisure Augmented Reality
ProfessionalNeed to tackle
spoofing
Customer experience &
marketing
Industrial design and architecture
VERY-HIGH <50 cm
Navigation
Gaming
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User Requirements for New/Emerging Applications: Robotics and Augmented Reality (2/2)
• All the emerging applications require high level of accuracy (<1 m)
• TTFF:
• “Prosumer users” are willing to trade-off shorter TTFF for higher accuracy
• Leisure users require a very short TTFF (<10s)
• Spoofing-proof solutions are interesting especially for robots that carry valuable load
• The ability to operate in urban canyons and indoor is fundamental
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Research and Innovation Priorities• Hybridisation with LP WAN and other sensors, TTFF improvements and
developments using machine learning are the key areas to develop innovative chipset and receiver technologies
• Ubiquity (avoiding loss of signal), power consumption reduction to achieve short TTFF, trustability (resilience to spoofing & jamming,) represent the main challenges for mass market innovation
• Fast time-to-market commercialisation support and other tools to increase the EU competitiveness are the most important gaps in current R&D schemes
• Funding below 500 k€, available on continuous basis, is the support needed for Galileo adoption and closes the gap of funding for SMEs, adding new tool on top of H2020 and FE
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Discussion on EGNSS Services and GSC
• OS-NMA: high interest expressed by the mass market user community
• High Accuracy Service: on top of the E6 broadcast there is a need to transmit the correction via the terrestrial link, format should be consistent with the 3GPP standard finally selected, need for short convergence time (5min not acceptable)
• GSC feedback: • Adding on the website a roadmap of upcoming documentation
• SLA for almanac and ephemerides data provision
• Reduction of the time between incidents occurring and NAGU publication
• Ionospheric Prediction Service not relevant for mass market community
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Thank you !