satellite concept [ satellite system ]

CAM draftswoman | computer-aided manufacturing equipment operator | CADD Designer | computer-aided design operator

satellite communications [ communications satellite | direct broadcasting satellite | European communications satellite | telecommunications satellite ]

engineer of integrated circuits | integrated circuit designer | analog and mixed signal design engineer | integrated circuit design engineer

utilise methodologies for user centered design | utilise user-centered design methodologies

Advanced Orbital Test Satellites System [ AOTS System ]

Green Paper on a common approach in the field of satellite communications in the European Community

system critical design review | SCDR

product design [ product development | product evolution | product development(UNBIS) ]

satellite navigation [ European Satellite Navigation System | Galileo | Global Navigation Satellite System | global positioning system | GNSS | GPS | navigation by satellite ]

In relation to the TVWF Directive the e-commerce Directive clarifies some legal concepts and harmonises certain aspects enabling information society services to benefit fully from internal market principles, while the cable and satellite Directive aims to facilitate cross-border transmission of audiovisual programmes by satellite and retransmission by cable.

(4) The EU will invest through FP7 on development of integrated satellite communications networks and services, to ensure interoperability with terrestrial networks for new market opportunities. ESA will invest in new technologies, system design capabilities and innovative services in the framework of its telecommunications RD programme.

260. Notes the Commission replies on the progress made in implementing the Galileo project: four Galileo In-Orbit Validation (IOV) satellites were successfully launched in 2011 and 2012, the Galileo In-Orbit Validation phase was successfully concluded in 2014, the system design, the performance targets and the baseline for system operation were successfully confirmed, the ground infrastructure, with many ground stations worldwide, has been completed for the initial operations, the Galileo Search-and-Rescue capability of the IOV-satellites was successfully demonstrated, the launch of two satellites (no. 5 and 6) on 22 August 2014 resulted ...[+++] in an injection of these satellites into incorrect orbit, and since December 2014 the satellites have been gradually moved to a more favourable orbit to allow their best possible use, and the testing of the satellites' navigation payload is on-going; expects to be informed about additional costs for these unforeseen measures;

254. Notes the Commission replies on the progress made in implementing the Galileo project: four Galileo In-Orbit Validation (IOV) satellites were successfully launched in 2011 and 2012, the Galileo In-Orbit Validation phase was successfully concluded in 2014, the system design, the performance targets and the baseline for system operation were successfully confirmed, the ground infrastructure, with many ground stations worldwide, has been completed for the initial operations, the Galileo Search-and-Rescue capability of the IOV-satellites was successfully demonstrated, the launch of two satellites (no. 5 and 6) on 22 August 2014 resulted ...[+++] in an injection of these satellites into incorrect orbit, and since December 2014 the satellites have been gradually moved to a more favourable orbit to allow their best possible use, and the testing of the satellites' navigation payload is on-going; expects to be informed about additional costs for these unforeseen measures;