CAJ | 학술논문

卫星导航系统信号格式日益多样化，在高精度测量型接收机中几乎要接收和处理所有卫星导航系统信号，因此实现兼容性极强且高效的捕获模块非常有必要。为了解决多系统多频点的兼容型捕获问题，同时考虑到捕获速度和资源限制，在原基础上提出了一种新的捕获模块设计方案，解决了兼容性问题并大幅度提升了捕获速度。根据算法模型完成了仿真实现，并在高精度测量型接收机板卡上进行了实际验证，满足捕获当前所有卫星导航信号的要求，同时还可以兼容捕获未来的北斗全球系统信号。
위성도항계통신호격식일익다양화，재고정도측량형접수궤중궤호요접수화처리소유위성도항계통신호，인차실현겸용성겁강차고효적포획모괴비상유필요。위료해결다계통다빈점적겸용형포획문제，동시고필도포획속도화자원한제，재원기출상제출료일충신적포획모괴설계방안，해결료겸용성문제병대폭도제승료포획속도。근거산법모형완성료방진실현，병재고정도측량형접수궤판잡상진행료실제험증，만족포획당전소유위성도항신호적요구，동시환가이겸용포획미래적북두전구계통신호。
With the development of multi?mode satellite navigation signals,it is necessary to design a kind of acquisition module with extreme compatibility because almost all of current satellite navigation signals need to be received especially in the receivers for high?accuracy measurement.In order to solve the problem of multi?mode compatibility for acquisition,in view of acquisition speed and resource limitation,this paper proposes a new method acquisition algorithm based on traditional acquisition module.This method resolves the compatibility problem and improves acquisition speed. The simulation results show that this method can be used in high?accuracy receiver,and satisfy all acquisition requirements of current satellite navigation signals and BDS global signals in the future.