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To design a communication sharing mechanism and related waveforms to allow combined ground space communication in the C- band (5030-5091 MHz) and the implementation and testing of an UAV/RPAS terminal prototype.
To support future development of UAV/RPAS communication scenario by identifying potential solutions and criticalities of future implementations.
LOS and BLOS links will be operated in combination in order to provide higher level of performances and capability to the UAV controllers.
To identify a feasible system design with suitable waveforms that are capable to operate in TDD (Time Division Duplex) or HFDD (Half Frequency Division Duplex) conditions.
Prototype of UAV terminal is capable of:
The CCD5 project is one of the first attempts ever done to design an integrated ground and space communication system since the conception phase.
The availability of the C band in the 5030-5091 frequency BW represent a unique opportunity to assess protocols and technologies to exploit space and ground communication compatibility, complementary and sharing of components.
The basic system architecture is the following:
The space segment is based on a GEO satellite that has been selected because of its effectiveness when the application is Regional (ECAC) as for this study case. A constellation of small satellites at LEO might be an alternative solution more expensive but with advantages in terms of latency time and link budgets.
The overall duration of the program is 18 months. The program consists of 2 phases.
The phase 1 consists in the revisit of the ESA ESPRIT ARTES 1 Study, the definition of a baseline scenario and a preliminary system design in order to establish the system, link performance and link security requirements. The mechanism for sharing the available spectrum between the line-of-sight (terrestrial) and the beyond-line-of-sight (satellite) links and the joint BLoS/LoS waveform is designed and validated in a simulation environment.
The phase 2 consists in a detailed design, implementation and testing of the modem prototype. Technological and regulator roadmap is provided for a proposed waveform standardized.
The following milestones are foreseen:
The program started at the end of 2017 and the activities are presently in progress.