CAJ | 학술논문

为消除 Sine-BOC (1,1)信号自相关函数的旁瓣所引起的跟踪模糊问题， Oliver Julien 提出了自相关副峰消除技术。在此研究的基础上，将其与传统的窄相关和 Strobe 多径抑制技术相结合，并针对 Sine-BOC (1,1)和 CBOC (6,1,1/11)信号进行多径抑制性能分析。通过分析 EML 鉴别曲线过零点偏移情况和多径抑制能力可知， ASPeCT 技术不仅消除跟踪模糊，而且能够有效地提升窄相关和 Strobe技术的多径抑制能力。
위소제 Sine-BOC (1,1)신호자상관함수적방판소인기적근종모호문제， Oliver Julien 제출료자상관부봉소제기술。재차연구적기출상，장기여전통적착상관화 Strobe 다경억제기술상결합，병침대 Sine-BOC (1,1)화 CBOC (6,1,1/11)신호진행다경억제성능분석。통과분석 EML 감별곡선과영점편이정황화다경억제능력가지， ASPeCT 기술불부소제근종모호，이차능구유효지제승착상관화 Strobe기술적다경억제능력。
To eliminate ambiguities tracking problem caused by autocorrelation function sidelobe of Sine-BOC ( 1 , 1 ) signal , O-liver Julien proposed autocorrelation side-Pink cancellation technique . Based on this research , and combined with the traditional narrow correction and Strobe multipath suppression techniques , multipath suppression performance of Sine-BOC ( 1 , 1 ) and CBOC ( 6 , 1 , 1/11 ) signals are analysed . In addition , with zero crossing point offset and multipath suppression capability of EML identifica-tion curve analysed , the conclusion that ASPeCT tracking technique can not only eliminates ambiguities tracking , but effectively en-hance multipath suppression capability of narrow correlation and Strobe techniques are drawed .