1) blind channel identification
盲信道识别
2) Blind Way Recognition
盲道识别
1.
Based on this, the Sichuan Provincial Office of Education study of natural science fund projects (082A102) " Blind Way Recognition System Design Base On RFID" is established to Solution this problem.
基于此,本研究以四川省教育厅自然科学类重点项目基金(082A102)“基于RFID的盲道识别系统设计”为研究内容,利用所学知识,将射频识别技术与数字信号处理技术相结合,旨在为盲人出行提供一种更加安全方便的辅助设备。
2.
This paper proposes a blind way recognition algorithm based on image processing, which contains thresholding, color image segmentation, texture-based segmentation and line detection technique.
提出一种基于图像处理的盲道识别算法。
3) identification and equalization
盲MIMO信道识别和均衡
1.
The application of the theory of blind multiple input multiple output(MIMO) channel identification and equalization makes it possible to recover information symbols without any prior knowledge of the channel or the user s signature waveforms.
在没有信道或用户特征波形的先验知识时 ,我们通过应用盲MIMO信道识别和均衡理论 ,证明了恢复多用户信息字符的可能性。
5) blind channel identification
盲信道辨识
1.
On blind channel identification and equalization based on poly_phase decomposi tion;
基于多相分解的盲信道辨识和均衡技术
2.
As the input of the model is unknown and unaccessible, a neural network based blind channel identification technique was employed to identify the model s transfer function.
基于肌电信号产生机理 ,对双通道前臂肌电信号建立单输入多输出 IIR系统模型 ,由于模型输入未知且不可测 ,采用了盲信道辨识方法对模型传递函数进行辨识 。
6) blind channel identification
信道盲辨识
1.
Novel blind channel identification and equalization method
一种信道盲辨识与均衡的新方法
2.
The blind channel identification and blind equalization based on the improved method was first used.
针对多径环境下的调制识别问题,提出了一种基于改进的外积分解信道盲辨识算法的调制识别新算法。
3.
This algorithm regards time delay estimation with spatial noise and reverberation as a blind channel identification issue of a double-input triple-output system,and reduce reverberation by estimating the room impulse response,separate the time delay information of speech source from spatial noise by using double intialization.
该算法将混响和空间噪声下的时延估计构造成一个双入三出(DITO)系统的信道盲辨识问题,通过对房间冲激响应进行盲辨识来去除混响的影响,通过双初值初始化来分离声源与空间噪声的时延信息,从而提高了实际环境下时延估计算法的性能。
补充资料：道-道间寻道时间
道-道间寻道时间(single track seek)：
指磁头从一磁道移动至另一磁道的时间，单位为毫秒(ms)。
指磁头从一磁道移动至另一磁道的时间，单位为毫秒(ms)。
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