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Time-Hopping Sequences Construction with Few-Hit Zone for Quasi-Synchronous THSS-UWB systems
所属机构名称:中国人民解放军重庆通信学院
会议名称:IEEE VTC2005spring
作者或编辑:3448
语言:英文
成果类型:会议
相关项目:超宽带无线电跳时扩谱技术
作者:
Zhenyu Zhang(张振宇)|Fanxin Zeng(曾凡鑫)|Lijia Ge(葛利嘉)|
同会议论文项目
超宽带无线电跳时扩谱技术
期刊论文 38
会议论文 30
著作 2
同项目会议论文
A Novel Few-Hit Zone Sequence Design for QS-THSS-UWB System
跳时序列对UWB 通信网络性能的影响
Performance of UWB Time-Hopping Spread-Spectrum Impulse Radio in Multipath Environments
Performance of UWB impulse radio in presence of jamming
Differential Detection Acquisition for Time-Hopping sequence in Ultra-Wideband Radio
零/低相关区理论在QS-THSS-UWB序列构造中的应用
一种用于多径衰落超宽带通信信道下的快速捕获技术
UWB 的 PFA 组网问题的进一步研究
NHZ-TH Sequences for Quasi-Synchronous UWB Systems
A new method for constructing frequency hopping sequences with no-hit zone
The PSD analysis of UWB time hopping impulse radio multi-user aggregate signals
Family of Time-Hopping Sequences with No-Hit and Few-Hit Zone for Quasi-Synchronous THSS-UWB Systems
Two-Stage Time-Hopping Sequences with Zero Correlation Zone for Quasi-Synchronous THSS-UWB Systems
Construction of Multiple-Stage Time-Hopping Sequences in Time-Hopping Spread Spectrum Ultra Wideband
Time-Hopping Sequences with Zero Correlation Zone for Approximately Synchronized THSS-UWB System
超宽带无线通信跳时控制器研究
Reduce-by-half Acquisition for UWB in the Dense Multipath Channel
Construction of Two-Dimensional Complementary Orthogonal Sequences with ZCZ and Their Lower Bound
Theoretical Bounds on Time-Hopping Sequences for Ultra Wideband
Differential Detection Acquisition in Multiple-Access Time-Hopping Ultra-Wideband Communications
Some Novel Results on 1-D and 2-D Sequences with Zero Correlation Zone
Theoretical Limit on Two Dimensional Generalized Complementary Orthogonal Sequence Set with Zero Cor
Ultra Wideband Impulse Radio Signal Interference to Code Division Multiple Access System
An Algorithm for Cycle and Add Properties of m-Sequences
Investigation of a family of M-sequences
On generalized orthogonal spreading sequences for quasi synchronous CDMA system
Multiple Access Interference in Relation to Time-Hopping Correlation Properties in Multiple Access U
Correlation Properties of Time-Hopping Sequences for Impulse Radio
Analysis of ultrawidebad signal interference to dsss receiver