1) space-frequency equalization
空频均衡
1.
A space-frequency equalization receiver scheme is proposed for space-time block-coded multiple-input multiple-output(STBC-MIMO) systems.
提出了一种采用空时分组码(STBC)传输的多输入多输出(MIMO)系统的空频均衡接收方案。
2) frequency domain equalization
频域均衡
1.
Fractionally-spaced frequency domain equalization scheme for the uplink of CDMA systems;
CDMA系统上行链路的分数间隔频域均衡接收方案
2.
Residual interference cancellation assisted frequency domain equalization in cyclic prefix assisted single-carrier communications;
带有循环前缀的单载波通信系统中干扰抵消辅助的频域均衡技术
3.
Single carrier frequency domain equalization for eliminating intersymbol interference;
单载波频域均衡消除符号间干扰的研究
3) frequency-domain equalization
频域均衡
1.
Research on scheme of single-carrier frequency-domain equalization systems;
频域均衡的单载波传输方案研究
2.
A High Precision FFT Architecture Applicable for Frequency-Domain Equalization in FPGA;
一种适用于在FPGA中实现频域均衡的高精度FFT结构
3.
Then a frequency-domain equalization technique is proposed to mitigate the inter-carrier interference(ICI) and the inter-symbol interference(ISI) when detecting the symbols.
首先给出存在多个载波频率偏移的DSTBC-OFDM系统的接收信号模型,然后提出一种频域均衡技术来抑制符号检测时的载波间干扰(IC I)以及符号间干扰(ISI)。
4) FDE
频域均衡
1.
This paper researches the frequency domain equalization and synchronization that are applied in the SC-FDE-based communication systems.
对基于SC-FDE的通信系统中的频域均衡,同步等关键技术进行了研究和探讨,然后在ADS仿真平台上进行了基于迫零(ZF)算法的SC-FDE通信系统的建模和仿真。
2.
In WiMax SUI channel, conventional per carrier minimum mean square error(PC-MMSE) and a novel linear per user minimum mean square error (PU-MMSE) detection techniques for direct sequence code-division multiple access(DS-CDMA)with frequency domain equalization(FDE)are presented in this paper.
频域均衡直序码分多址(DS-CDMA)系统基于最小均方误差(MMSE)准则有两种检测技术:传统的将MMSE运用于每个载波的检测技术(PC-MMSE)和新型线性将MMSE运用于每个用户的检测技术(PU-MMSE)。
5) spectral balancing
频谱均衡
1.
Design of spectral balancing filter in high-resolution seismic acquisition system;
高分辨率地震采集系统中的频谱均衡滤波器设计
6) frequency multidivider
均衡分频
1.
The bslanced frequency multidivider is used to reducing the operation frequency of every hydrogen thyratron.
采用均衡分频的方法以降低每个氢闸流管的工作频率，使闸流管工作稳定，寿命延长，同时采取双向交替激励电路，减少放电管窗片污染，延长放电管寿命，减轻放电管阴极电晕现象，提高激光输出功率。
补充资料：空急空巴
1.干着急﹐无可奈何。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条