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Self-Compensating Device
Activity Code: H2020-ESA-003
Category: Technology
Theme: Payload
Objectives: H2020 WP15 H003 - Self-Compensating Device: This activity addresses the development of an on-board navigation payload Self Compensating Device able to dynamically compensate for distortions related to temperature and aging effects, in support to Galileo 2nd Generation activities.Prime contractor
Name: RUAG
Website: https://www.ruag.com
G2G Test User Receiver Technologies Framework - WO1: Open service bread-board emulating mass-market platforms
Activity Code: H2020-ESA-008.01
Category: Technology
Theme: User Technology
H2020 WP15 H008 - G2G Test User Receiver Technologies Framework: This framework initiates technology developments and bread-boarding at Test User Receiver level to account for potential System Evolutions and to assess their feasibility and risks in support to Galileo 2nd Generation activities. This includes trends in user receiver technology and its impact on System Evolution, improvements on…Prime contractor
Name: GMV
Website: https://www.gmv.com
Inter-Satellite Links Technology - Transceiver Engineering Qualification Model
Activity Code: H2020-ESA-013.01
Category: Technology
Theme: Platform
Objectives: H2020 WP15 H013 - Inter-Satellite Links Technology : This activity carries out the development and qualification of Inter-Satellite Link (ISL) critical units, for consideration under Galileo 2nd Generation.Prime contractor
Name: Thales Alenia Space
Website: https://www.thalesgroup.com/en/global/activities/space
Inter-Satellite Links Technology - Transceiver Engineering Qualification Model
Activity Code: H2020-ESA-013.02
Category: Technology
Theme: Payload
Objectives: H2020 WP15 H013 - Inter-Satellite Links Technology : This activity carries out the development and qualification of Inter-Satellite Link (ISL) critical units, for consideration under Galileo 2nd Generation.Prime contractor
Name: Airbus
Website: https://www.airbus.com
GNSS ODTS Algorithm Technology
Activity Code: H2020-ESA-018.01
Category: Technology
Theme: System
Objectives: H2020 WP15 H018 - GNSS ODTS Algorithm Technology: This activity carries out the development of advanced algorithms and software and hardware implementation of Orbit Determination and Time Synchronisation function, in support to Galileo 2nd Generation activities.Prime contractor
Name: Elecnor-Deimos
Website: https://deimos-space.com/
GNSS ODTS Algorithm Technology
Activity Code: H2020-ESA-018.02
Category: Technology
Theme: System
Objectives: H2020 WP15 H018 - GNSS ODTS Algorithm Technology: This activity carries out the development of advanced algorithms and software and hardware implementation of Orbit Determination and Time Synchronisation function, in support to Galileo 2nd Generation activities.Prime contractor
Name: GMV
Website: https://www.gmv.com
EGNOS signal distortion technology
Activity Code: H2020-ESA-019
Category: EGNOS
Theme: System
Objectives: EGNOS signal distortion technology: The activity addresses the development of advanced techniques for mitigation and monitoring of signal distortions and evil waveform and the development of mitigation measures enabling improved reliability for the evolution of EGNOS.GNSS Reference Station Environment Monitoring Unit
Activity Code: H2020-ESA-015.04
Category: Technology
Theme: Ground Segment
Objectives: H2020 WP15 H015 - GNSS Ground Reference Station Transversal Technologies Framework: This framework implement activities for the development of technology (at antenna, RF or signal processing level) for future Ground Reference Stations for Galileo 2nd Generation /EGNOS evolutions, aiming at increased performance and robustness against interference and environmental conditions.Prime contractor
Space Based Space Surveillance (SBSS)-GNSS
Activity Code: H2020-ESA-038.03
Category: Technology
Theme: Experimental Payloads
Objectives: The objective of the Call for Ideas is to implement a number of activities in order to develop ideas for basic scientific research relevant to Galileo/EGNOS and its evolutions, as well as candidate experimental payloads, open to any scientific area related to fundamental scientific research that may benefit the future generations of European GNSS systems. The call includes three…Prime contractor
Name: GMV
Website: https://www.gmv.com
OTTEx-Pre: Preliminary Study of the "Optical Time Transfer Experiment“ (OTTEx)
Activity Code: H2020-ESA-038.04
Category: Technology
Theme: Experimental Payloads
Objectives: The objective of the Call for Ideas is to implement a number of activities in order to develop ideas for basic scientific research relevant to Galileo/EGNOS and its evolutions, as well as candidate experimental payloads, open to any scientific area related to fundamental scientific research that may benefit the future generations of European GNSS systems. The call includes three…Prime contractor