The 11th IEEE International Symposium on Personal, Indoor and Mobile Radio Communications: PIMRC 2000 : Proceedings : Hilton London Metropole Hotel, London, UK, September 18-21, 2000, Volume 1 |
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Page 257
... orthogonal frequency multi - channel method . We have evaluated Eb / No versus bit error rate ( BER ) performance depending on frequency offset of the AS - CDMA system using computer simulation . Furthermore , it has been experimentally ...
... orthogonal frequency multi - channel method . We have evaluated Eb / No versus bit error rate ( BER ) performance depending on frequency offset of the AS - CDMA system using computer simulation . Furthermore , it has been experimentally ...
Page 610
... orthogonal Modulation Systems Hiromasa Habuchi † and Yasuo Usui ‡ † Information Processing Center , IBARAKI University Department of Computer and Information Sciences Faculty of Engineering , IBARAKI University 4-12-1 Nakanarusawa ...
... orthogonal Modulation Systems Hiromasa Habuchi † and Yasuo Usui ‡ † Information Processing Center , IBARAKI University Department of Computer and Information Sciences Faculty of Engineering , IBARAKI University 4-12-1 Nakanarusawa ...
Page 614
... orthogonal modula- tion system using a differential detector and a DLL . We evaluated three performances ; ( 1 ) the BER per- formance under the complete synchronization , ( 2 ) the tracking performance and ( 3 ) the BER property con ...
... orthogonal modula- tion system using a differential detector and a DLL . We evaluated three performances ; ( 1 ) the BER per- formance under the complete synchronization , ( 2 ) the tracking performance and ( 3 ) the BER property con ...
Common terms and phrases
adaptive addition algorithm antenna applications approach array assumed average bandwidth base station beam block capacity carrier CDMA cell channel combining Communications compared complex components considered decision decoding defined delay depends detection direction distribution diversity effect efficiency elements environment equal error estimation evaluated fading Figure filter frame frequency function gain given IEEE implementation improvement increase interface interference introduced layer load loss matrix mean measured method mobile modulation multiple noise obtained operating output packet parameters path performance phase presented probability processing proposed protocol radio ratio receiver REFERENCES request respectively response scheme sector selection sequence shown shows signal simulation slot spread standard symbol technique terminal threshold throughput traffic transmission transmitted users voice wireless