filter center
英 [ˈfɪltə(r) ˈsentə(r)]
美 [ˈfɪltər ˈsentər]
网络 过滤中心
双语例句
- Accord to the function of controller, It is comprised of four key modules, including rectifier and filter module, DC-DC converter module, intelligent control center module and the auxiliary and status display module.
根据风光互补智能控制器的功能，本文将其划分为整流滤波模块、DC-DC转换器模块、智能控制中心模块以及辅助和状态显示模块。 - In the image smoothing part, the median filtering method is chosen after comparing the applicability of some filter methods. In the center location of the circle, designs the least square method for ellipse fitting validated this by experiment. 2.
在平滑环节，比较几种滤波算法的适用性后，选择了中值滤波法；在圆心定位环节，设计了椭圆拟合最小二乘法。 - An adaptive smooth filter is proposed for image processing. It has two characters:( 1) The output of the filter is regarded as the cluster center of nearby data.
提出了一种新的用于图像平滑处理的滤波器自适应聚类滤波.它具有以下特点：（1）滤波器对像素点邻域内的灰度进行聚类，将聚类中心作为滤波器的输出； - A method of moving targets tracking based on fuzzy entropy clustering and Kalman filter forecasting is advanced, and the forecasting value of Kalman filter as the center of next frame cluster is used. This method reduces the iterative numbers and increases the real-time tracking.
本研究提出了基于模糊熵聚类和Kalman滤波预测的区域跟踪方法，用Kalman滤波的预测值作为下一帧图像运动区域的聚类中心，从而减少了迭代次数，加强了跟踪的实时性。 - Furthermore, new concepts of equivalent PEC wall and equivalent microwave resonance cavity are suggested to analyze the resonance phenomenon and filtering effect. The relationship between the filter structure and the filter center frequency is acquired and a method to calculate this center frequency is proposed.
进一步通过引入等效PEC面与等效微波谐振腔的概念，分析了谐振现象与滤波特性之间的关系，得到了滤波器中心频率与滤波器结构参数的关系式与中心频率的计算方法。 - Before the pitch detection, the voiced is pretreated by band-pass filter, center clipping and digital filter to reduce the effects of formant and high-frequency noises;
在基音检测前用带通滤波、中心削波和数值滤波等方法进行预处理，去除共振峰和高频噪声的影响； - Regardless of the filter way of the short message service center or the handset terminal, all have some insufficiencies.
无论是从短消息服务中心的过滤方式还是手机终端的过滤方式，都存在一些不足。 - VSWR within a closely related position with the tap, but the length of filter tap on its center frequency, bandwidth, so little impact.
而通带内的驻波与抽头的位置紧密相关，而抽头长度对其中心频率，带宽影响微乎其微。 - With a devising technique of the narrowband filter, a new design method of the UWB receiver was presented and the demand for design of the filter center frequency and bandwidth also were quantificational given.
利用窄带滤波器设计技术，提出了一种新型UWB接收机设计方法，并定量给出了滤波器中心频率和带宽设计的要求。 - The method is successfully used to SAW filter with center frequency of 914 MHz, bandwidth of 17 MHz.
并成功地用于914MHz，带宽17MHz滤波器的设计。