Title :
LTE-satellite: Chinese proposal for satellite component of IMT-Advanced system
Author :
Liu Siyang ; Qin Fei ; Gao Zhen ; Zhang Yuan ; He Yizhou
Author_Institution :
China Acad. of Telecommun. Res. of MIIT, Beijing, China
Abstract :
As a complementary to terrestrial mobile communication systems, mobile satellite communication system can fill the gaps that cannot be covered by terrestrial network, and provides an irreplaceable solution for emergency communication in disaster. To pave the road for future satellite/terrestrial integrated communication networks, ITU-R invited proposals for candidate Radio Interface Technology (RIT) for the satellite component of International Mobile Telecommunications (IMT)-Advanced. China proposed the RIT of Long Term Evolution (LTE)-satellite as a candidate to be considered as IMT-Advanced satellite technology. The submitted LTE-satellite candidate RIT is specified based on terrestrial LTE-Advanced FDD standards that are developed in 3GPP. Considering satellite requirements, a number of modifications to LTE-Advanced are made to adapt to satellite radio transmission environments. This paper provides a general introduction of the new characteristics of LTE-satellite.
Keywords :
3G mobile communication; Long Term Evolution; mobile satellite communication; 3GPP; Chinese proposal; IMT-Advanced satellite technology; ITU-R; International Mobile Telecommunication-Advanced; LTE-satellite characteristics; Long Term Evolution-satellite; RIT; emergency communication; mobile satellite communication system; radio interface technology; satellite component; satellite radio transmission environment; satellite-terrestrial integrated communication networks; terrestrial LTE-Advanced FDD standards; terrestrial mobile communication systems; Downlink; Long Term Evolution; Mobile communication; OFDM; Satellite broadcasting; Satellite communication; IMT-Advanced; mobile satellite communications; satellite/terrestrial integration;
Journal_Title :
Communications, China
DOI :
10.1109/CC.2013.6650319