Lohan, Alén-Savikko, Chen, Järvinen, Leppäkoski, Kuusniemi, and Korpisaari
312
References
1 Internet of Things, Privacy & Security in a Connected World. FTC Staff Report, January
2015, pp. ii, 13–14, 35–37. Available at: https://www.ftc.gov/system/files/documents/
reports/federal‐trade‐commission‐staff‐report‐november‐2013‐workshop‐entitled‐
internet‐things‐privacy/150127iotrpt.pdf (accessed 14 November 2016).
2 3GPP, Third Generation Partnership Project. Available at: www.3gpp.org/
Table 13.4 (Continued)
Project name and
duration
Funding source
Main goals
EAGER, 2017–2017
NSF grant
#1555332
Providing fundamental knowledge about the5G
radio channels; indirectly this can serve to
enhanced security and privacy mechanisms in 5G
positioning and communications
5G CHAMPION,
2016–2018, http://cordis.
europa.eu/project/
rcn/205441_en.html
EU H2020‐
EUK‐2016‐1
Delivering 5G system proof‐of‐concept in
conjunction with the 2018 South Korean Winter
Olympics; the architecture will rely on navigation
and secure communication aspects
SUCCESS, 2016–2018,
http://www.success‐
energy.eu/
EU
H2020‐DRS‐2015
Focusing on secure communications solutions
using NFV, LTE and 5G technologies
complemented by data privacy studies to ensure
the acceptability of the results by consumers, also
focusing on the vulnerabilities introduced by
Smart Meters
PICASSO, 2016–2018,
www.picasso‐project.eu/
EU
H2020‐ICT‐2015
Fostering the EU‐US ICT policy dialogue by
contributions related to, e.g. privacy, security,
internet governance, interoperability, ethics
INSURE, 2016–2018,
www.insure‐project.org
Academy of
Finland
Studying the security and privacy issues and
solutions in GNSS and non‐GNSS wireless
positioning
EARS, 2016–2018
NSF grant
#1642920
Addressing the key challenges in the development
of signal processing algorithms, network protocols,
and a prototype hardware design to enable scalable
low‐latency mm‐wave MIMO networks with high
degrees of spatial multiplexing
Enabling Ultra‐Dense
Future Cellular Networks
(5G), 2016–2019
NSF grant
#1559483
Fostering UK‐US collaboration, by using a one of a
kind, outdoor, large scale 5G test‐bed for wireless
cellular system innovation that has recently been
established at the University of Surrey
EN 16803‐2 &
EN 16803‐3, ongoing EU
standardization work,
2015–2017
EC and EFTA
(European
Commission
Mandate M/496)
Standardization by CEN/CENELEC: Use of
GNSS‐based positioning for road Intelligent
Transport Systems (ITS). Includes security attacks
modeling and definition of performance features
and metrics related to security and assessment
field tests for security performances of GNSS‐
based positioning terminals for road Intelligent
Transport Systems
312
References
1 Internet of Things, Privacy & Security in a Connected World. FTC Staff Report, January
2015, pp. ii, 13–14, 35–37. Available at: https://www.ftc.gov/system/files/documents/
reports/federal‐trade‐commission‐staff‐report‐november‐2013‐workshop‐entitled‐
internet‐things‐privacy/150127iotrpt.pdf (accessed 14 November 2016).
2 3GPP, Third Generation Partnership Project. Available at: www.3gpp.org/
Table 13.4 (Continued)
Project name and
duration
Funding source
Main goals
EAGER, 2017–2017
NSF grant
#1555332
Providing fundamental knowledge about the5G
radio channels; indirectly this can serve to
enhanced security and privacy mechanisms in 5G
positioning and communications
5G CHAMPION,
2016–2018, http://cordis.
europa.eu/project/
rcn/205441_en.html
EU H2020‐
EUK‐2016‐1
Delivering 5G system proof‐of‐concept in
conjunction with the 2018 South Korean Winter
Olympics; the architecture will rely on navigation
and secure communication aspects
SUCCESS, 2016–2018,
http://www.success‐
energy.eu/
EU
H2020‐DRS‐2015
Focusing on secure communications solutions
using NFV, LTE and 5G technologies
complemented by data privacy studies to ensure
the acceptability of the results by consumers, also
focusing on the vulnerabilities introduced by
Smart Meters
PICASSO, 2016–2018,
www.picasso‐project.eu/
EU
H2020‐ICT‐2015
Fostering the EU‐US ICT policy dialogue by
contributions related to, e.g. privacy, security,
internet governance, interoperability, ethics
INSURE, 2016–2018,
www.insure‐project.org
Academy of
Finland
Studying the security and privacy issues and
solutions in GNSS and non‐GNSS wireless
positioning
EARS, 2016–2018
NSF grant
#1642920
Addressing the key challenges in the development
of signal processing algorithms, network protocols,
and a prototype hardware design to enable scalable
low‐latency mm‐wave MIMO networks with high
degrees of spatial multiplexing
Enabling Ultra‐Dense
Future Cellular Networks
(5G), 2016–2019
NSF grant
#1559483
Fostering UK‐US collaboration, by using a one of a
kind, outdoor, large scale 5G test‐bed for wireless
cellular system innovation that has recently been
established at the University of Surrey
EN 16803‐2 &
EN 16803‐3, ongoing EU
standardization work,
2015–2017
EC and EFTA
(European
Commission
Mandate M/496)
Standardization by CEN/CENELEC: Use of
GNSS‐based positioning for road Intelligent
Transport Systems (ITS). Includes security attacks
modeling and definition of performance features
and metrics related to security and assessment
field tests for security performances of GNSS‐
based positioning terminals for road Intelligent
Transport Systems