| 1. | Improving the precision of gps by use of pseudolite technique
伪卫星技术提高定位精度的研究 |
| 2. | Anti - jamming of smart antenna in pseudolite augmentation system
智能天线在伪卫星增强系统中的抗干扰作用 |
| 3. | Study on trajectory sensor based on pseudolite used in tcf
基于伪卫星定位的弹道修正引信用弹道参数测量系统研究 |
| 4. | At last , it discussed the pseudolite - inverted positioning system as supplement
最后补充探讨了伪卫星逆定位系统。 |
| 5. | Study on pseudolite - augmented quot; bei dou quot; double - star positioning system and algorithm
伪卫星增强的北斗双星定位系统及其算法的研究 |
| 6. | As the solution to the near - far problem in pseudolite application , the tdma signal structure project has been researched
针对伪卫星信号应用中遇到的远近效应问题，研究了时分信号结构方案来解决。 |
| 7. | On the conditions of high precision as well as the conditions on which the satellites in view can not satisfy the gps poisoning demand , pseudolite technology as a solution to the problem has been got the widely international attention
在高精度定位和可见卫星数目不能满足gps定位要求的特殊条件下，伪卫星技术作为一种解决问题的方案引起了国内外的关注。 |
| 8. | With regard to the multipath effect which is a more complicated problem in pseudolite application , a project in which pseudolites is rounding on a flat is brought forward to mitigation the multipath effect this paper , and it have been making some analysis and simulations on this project
对目前伪卫星技术应用中较为棘手的多径问题，本文提出一种伪卫星转动的方案来减轻多径干扰，并进行了性能分析和仿真。 |
| 9. | This paper , it introduces the project of pseudolite - on the ground augmentation gps , analyzing and researching the structure and the design of pseudolite signal , making a series of research on the problems which pseudolites are confronted with in technology with emphasis
本文采用gps地面伪卫星增强方案，具体分析研究了伪卫星信号的结构和信号的形成，着重对伪卫星信号在技术上所面临的问题展开了一系列深入的研究。 |
