1.
Study on Moving Horizon Estimation for Time-domain Constrained System;
时域约束系统的滚动时域估计方法研究
2.
The Estimation of Vehicle Speed and Tire-road Adhesion Coefficient Using Moving Horizon Strategy
车速和路面附着系数的滚动时域估计
3.
Blind Estimation of Time Parameter in OFDM Systems
一种基于时域相关的OFDM时域参数盲估计方法
4.
Channel estimation for MB-OFDM systems based on matching pursuit in the frequency domain
基于匹配追踪的MB-OFDM时域信道估计
5.
Optimal Pilot Tones Design for MIMO-OFDM System Channel Estimation in Time Domain
MIMO-OFDM时域信道估计中的最优导频设计算法研究
6.
Study on Channel Estimation of OFDM Systems Based on Combined Estimation in Time and Frequency Domain;
基于时频域联合估计的OFDM系统信道估计算法研究
7.
Robust Moving Horizon Estimation for System with Uncertain Measurement Output
测量输出不确定约束系统的滚动时域状态估计
8.
Frequency Deviation Estimation for TDS-OFDM System
时域同步正交频分复用系统的频偏估计
9.
Segmentation Algorithm of Heart Sound Based on Boundary Estimation in Time Domain
基于时域边界估计的心音信号分段算法
10.
Efficient time domain channel estimation for MIMO SC-FDMA systems
一种适用于MIMOSC-FDMA系统的高效时域信道估计
11.
LMI-based stability region estimation for dynamical systems with saturation nonlinearities and a short time-delay
基于LMI的小时滞饱和系统稳定域估计方方法法
12.
Time Domain Integration Analysis Methods for Parameter Estimation of Power Quality Disturbances
电能质量扰动参数估计的时域综合分析方法
13.
Enhanced OFDM mobile channel estimation based on zero-forcing technique
基于时频双域迫零的增强OFDM移动信道估计方法
14.
MIMO System Analysis of Channel Estimation Algorithm Based on Time-domain Training Sequence
基于时域训练序列的MIMO系统信道估计算法研究
15.
Low-rank estimation used the frequency correlation of the channel and singular value decomposition method.
低秩估计方法利用信道的频域(/时域)关性以及奇异值分解技术。
16.
Cross spectrum estimation based on a single vector sensor has turned random process in time domain into random variables in frequency domain.
单矢量传感器的互谱估计,将时域随机过程变换成了频域随机变量.
17.
Synchronization redundant model for wide-area power system based on clocks' state estimation
基于时钟状态估计的电力系统广域冗余对时模型
18.
Lead researcher Dr Jennifer Coull said many areas of the brain help estimate time.
首席研究员JenniferCoull博士表示,大脑许多区域在估计时间中都起了作用。