| 1. | Power control under non - ideal interference cancellation in multiple rate cdma systems
系统中非理想干扰消除条件下的功率控制 |
| 2. | Beat cancel switch
差拍干扰消除开关 |
| 3. | Investigation on adjacent cell interference cancellation in forward link of tdd - cdma system
系统前向链路的邻小区干扰消除研究 |
| 4. | Multi - user detection based on adaptive interference cancellation in cdma communication
移动通信中基于自适应干扰消除的多用户检测 |
| 5. | Methods of measurement for equipment used in digital microwave radio transmission systems - measurements on terrestrial radio - relay systems - cross - polarization interference canceller
数字微波无线电发射系统使用设备测量方法.地面无线电中继系统测量.交叉极化干扰消除器 |
| 6. | Methods of measurement for equipment used in digital microwave radio transmission systems . part 2 : measurements on terrestrial radio - relay systems . section 11 : cross - polarization interference canceller
数字微波无线电发射系统使用设备的测量方法.第2部分:陆地无线电中继系统的测量.第11节:交叉极化干扰消除器 |
| 7. | 6 . the basic principle of turbo equalization is discussed and the siso equalization algorithms based on a posteriori probability and interference cancellation are derived . at last , the simulation results are provided
6 .论述了turbo均衡的基本原理，推导了基于后验概率和干扰消除的5150均衡算法，给出了性能仿真结果。 |
| 8. | The theoretic formulas imply that mimo system can make use of multipath fading in full of scatter enviorment and its channel capcacity is in proportion to the transmt or receive antenna . 2 . paper mainly explains the basic principle of bell laboratory layered space - time ( blast ) architecture
2 .论文重点阐述了实现mimo系统中空间复用技术的贝尔实验室空时分层( blast )结构的基本原理, blast结构作为实现mimo系统巨大容量的一种有效的手段,其核心是基于排序的串行干扰消除( osic : orderingsic )检测算法。 |
| 9. | Based on the analysis of frequency offset and multiuser detectors in multicarrier cdma system , we propose a method , named ml - mpic method , to estimate the frequency offset for the desired user and to eliminate the mai jointly . the performance analysis of the scheme is given , simulation results with different user number show its better performance than that of systems which deal with these two problems separately
最后，在各种分析结果和理论的基础上，我们提出了一种将基于保护间隔的最大似然频偏估计方法和改进的并行多址干扰消除方法联合起来进行处理的ml - mpic方法，在一定程度上改善了频偏多载波cdma系统的性能，计算安徽大学硕士论文机仿真的结果进一步验证了mlmpic方法的有效性。 |
