In addition, the using condition of correlation detector and the relationship between the normalized correlation detector and SNR (signal noise ratio) are discussed in this paper.
此外，还讨论了归一化相关检测器与信噪比的关系以及相关性检测器的应用条件。
In addition a first proposed special kind of vertical correlation method makes the performance of the detector improved further.
另外，还首次提出了一种特殊的“垂直相关”方法，使得检测器性能得烈进一步改善。
Based on the spectral characteristics of flame radiation, the detector USES the characteristics and the correlation of data received by these infrared sensors to achieve fire determination.
它根据火焰辐射的光谱特征，利用多个红外传感器信号的特征与相互关系识别火焰信号。
We receive the laser pulse signal with the binary photo-electric detector, deal the signal with the circuit designed on the basis of correlation detection to improve SNR.
利用二元光电探测器接收激光脉冲信号 ，然后根据互相关检测的原理设计了相关处理电路对接收到的信号进行处理 ，使其信噪比 （SNR）得到改善。
The optimum LRT detector of time spreading dispersion channel, a familiar channel dispersion form, is replica correlation integrator (RCI).
时间扩展信道(TSD)是信道畸变的一种常见形式，它的最佳似然比检测器是副本相关积分器(RCI)。
Objective To determine a possible correlation between direct signs of pulmonary embolism (PE) in multi-detector CT pulmonary angiography (MDCTPA) and the effect of thrombolytic therapy.
目的探讨多层螺旋CT肺血管造影（MDCTPA）中肺动脉栓塞（PE）直接征象与内科溶栓治疗效果的联系。
With the correlation technique, direction and speed of the infrasound can be calculated by computing the time delay of each detector and by using geometric knowledge.
利用互相关技术，计算信号在不同传感器上的时间延迟，再由平面几何原理，得到波的方位和波速。
On the basis of conventional cross correlation, the detector can complete packet detection and fine symbol timing at the same time by accumulating multi-path energy.
在改进传统互相关算法的基础上，通过累积多径能量，该分组检测器可以同时实现分组检测和符号精定时。
On the base of conventional cross correlation, the detector can complete packet detection and fine symbol timing at the same time by accumulating multi-path energy.
在改进传统互相关算法的基础上，通过累积多径能量，使得该分组检测器可以同时实现分组检测和符号精定时。
Objective By using multi detector row spiral CT (MDCT), to investigate the CT imaging features of inflammatory diseases in retroperitoneal space with correlation of radiological anatomy.
目的结合解剖学基础，探讨腹膜后间隙感染性病变的多排螺旋CT表现。
Objective By using multi detector row spiral CT (MDCT), to investigate the CT imaging features of inflammatory diseases in retroperitoneal space with correlation of radiological anatomy.
目的结合解剖学基础，探讨腹膜后间隙感染性病变的多排螺旋CT表现。
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