This paper presents initial results of the recently kicked-off FP7 ICT STREP project “CoRaSat” (Cognitive Radio for Satellite Communications) [1]. Focus is put on the preliminary identification of the scenarios which are suitable for the applicability of Cognitive Radio technology over Satellite Communications (SatCom). The considered frequency bands include Ka-band, Ku-band, C-band and S-band, where regulatory and coordination constraints exist. An initial mapping of broadband and narrowband SatCom use cases on each identified scenario is also provided. Moreover, several challenges associated to the applicability of Cognitive Radio over SatCom in the identified scenarios are presented, which form the basis of the market/business, regulator...
peer reviewedMultibeam satellite networks in Ka band have been designed to accommodate the increasin...
Broadband access by satellite in Ka band will become constrained by spectrum availability. In this c...
In this paper we present the concept of cognitive satellite terrestrial radios (CSTR) for hybrid sa...
This paper presents initial results of the recently kicked-off FP7 ICT STREP project “CoRaSat” (Cogn...
This paper presents initial results of the recently kicked-off FP7 ICT STREP project "CoRaSat" (Cogn...
none12siThe study of cognitive radio (CR) techniques in SatCom research activities is still in its i...
none1CoRaSat, COgnitive RAdio for SAtellite Communications, is an European Commission 7th Framework ...
Abstract—The Digital Agenda for Europe (DAE) sets forth ambitious requirements for broadband communi...
peer reviewedCognitive radio technologies have achieved in the recent years an increasing interest f...
During the last years, spectrum scarcity has become one of the major issues for the development of n...
During the last years, spectrum scarcity has become one of the major issues for the development of n...
Applicability of cognitive radio (CR) techniques to satellite communications is investigated and cla...
Multibeam satellite networks in Ka band have been designed to accommodate the increasing traffic dem...
peer reviewedMultibeam satellite networks in Ka band have been designed to accommodate the increasin...
Broadband access by satellite in Ka band will become constrained by spectrum availability. In this c...
In this paper we present the concept of cognitive satellite terrestrial radios (CSTR) for hybrid sa...
This paper presents initial results of the recently kicked-off FP7 ICT STREP project “CoRaSat” (Cogn...
This paper presents initial results of the recently kicked-off FP7 ICT STREP project "CoRaSat" (Cogn...
none12siThe study of cognitive radio (CR) techniques in SatCom research activities is still in its i...
none1CoRaSat, COgnitive RAdio for SAtellite Communications, is an European Commission 7th Framework ...
Abstract—The Digital Agenda for Europe (DAE) sets forth ambitious requirements for broadband communi...
peer reviewedCognitive radio technologies have achieved in the recent years an increasing interest f...
During the last years, spectrum scarcity has become one of the major issues for the development of n...
During the last years, spectrum scarcity has become one of the major issues for the development of n...
Applicability of cognitive radio (CR) techniques to satellite communications is investigated and cla...
Multibeam satellite networks in Ka band have been designed to accommodate the increasing traffic dem...
peer reviewedMultibeam satellite networks in Ka band have been designed to accommodate the increasin...
Broadband access by satellite in Ka band will become constrained by spectrum availability. In this c...
In this paper we present the concept of cognitive satellite terrestrial radios (CSTR) for hybrid sa...